Friday, November 30, 2012

Check Out Koolertron(TM) 5MP 8-LED USB Digital Microscope endoscope 5.0 Mega Pixels Magnifier Camera for $65.00


Koolertron(TM) 5MP 8-LED USB Digital Microscope endoscope 5.0 Mega Pixels Magnifier Camera Review



Koolertron(TM) 5MP 8-LED USB Digital Microscope endoscope 5.0 Mega Pixels Magnifier Camera Feature

  • Video Capture Resolution: 160x120, 320x240, 640x480, 1280x1024
  • Still Image Capture Resolution: 160x120, 320x240, 640x480, 1280x1024
  • Exposure: Auto
  • Photo format: JPEG
  • Light source: 8 LED

Koolertron(TM) 5MP 8-LED USB Digital Microscope endoscope 5.0 Mega Pixels Magnifier Camera Overview

Description :

USB Digital Microscope is a good quality to use in Inspection dissection/examination, Plant dissection/examination, Skin examination, Scal examination, Textile Inspection, Jewelry Inspection, Collections/Coin Inspection, Printing Inspection, PCB or PCBA Inspection and so on.
The microscope is made up of high-quality IC and electronic components,with clear image quality, low power consumption, high-resolution,applies to small objects to be larger? Photo and video production, and it is the best choice of small objects recognization.


Product Features:

Image sensor: 5Mega Pixels (Must Installion CD Drive)
Video Capture Resolution: 160x120, 320x240, 640x480, 1280x1024
Still Image Capture Resolution: 160x120, 320x240, 640x480, 1280x1024
Exposure: Auto
Photo format: JPEG
Light source: 8 LED
PC interface: Mini USB1.1&2.0
Power source: 5V DC from USB port
Gray scale: Level 8
Sleep current: 1 mA
Work current: 180 mA
Save temperature: -20°C to +60°C
Work temperature: 10°C to +40°C
Magnification Ratio: 20x to 200x
Operation system: Windows XP (32-bit system) /Vista (32-bit system) / Win7 (32-bit system)
?

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Wednesday, November 28, 2012

Great Price AmScope B490B-5M for $399.98


AmScope 40x-2000x Professional Full-Size Digital Binocular Biological Compound Microscope for Doctors Vets Medical School Students with 5MP Digital USB Camera Review



AmScope 40x-2000x Professional Full-Size Digital Binocular Biological Compound Microscope for Doctors Vets Medical School Students with 5MP Digital USB Camera Feature

  • Professional eight magnification settings from 40X to 2000X
  • High quality optical lenses and Abbe condenser with iris diaphragm
  • Sturdy metal framework and double layer mechanical stage
  • 5MP High resolution USB2.0 camera with 0.5x reduction lens
  • Advanced editing & measuring software compatible with Windows XP/Vista/7 and Mac OS 10.6 & up

AmScope 40x-2000x Professional Full-Size Digital Binocular Biological Compound Microscope for Doctors Vets Medical School Students with 5MP Digital USB Camera Overview

This professional binocular microscope comes with 5MP digital camera. It is designed for teaching demonstration, clinical examination and research purpose. It comes with a 30° inclined 360° swiveling compensation free binocular head, 3D mechanical stage and an intensity-variable halogen illumination system. This microscope offers eight levels of magnification, 40X, 80X, 100X, 200X, 400X, 800X, 1000X & 2000X.

The digital camera captures 5MP still images and streams real-time live video on your computer screens. It has a built-in reduction lens, user-friendly software, and adapters, compatible with Windows XP/Vista/7 and Mac OS 10.6 & up. With life-time free upgrading, the multi-functional user-friendly software allows you to preview live images, record videos, capture still pictures, edit captures, or save them in BMP, TIFF, JPG, PICT, PTL and other formats very easily, as well as conduct length, angle, area, and other measurements.

This microscope is versatile, ready for various accessories and attachments for extra features. It is made by the same technicians and on the same production line that makes optical instruments for Leica, Zeiss, Nikon and Olympus. It is brand new in factory sealed box. Its retail value is ,500.

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Tuesday, November 27, 2012

Parts and Functions of a Light Microscope (Part Ii)

A primitive microscope was invented in 1590 in Middelburg, Netherlands, by the eyeglass makers Hans Lippershey, Zacharias Jansen and his father Hans Jansen. Further, Galileo Galilei improved the instrument by using a set of aligned lenses and called it "occhiolino", what means "little eye". In 1625, Giovanni Faber named Galileo Galilei's "occhiolino" as a compound microscope and this name remains until today.

The visual microscope, the most coarse type of microscope, contains several parts with specific functions. survey the photograph and find their functions.

Microscope

1. Eyepiece: contains the ocular lens, which provides a magnification power of 10x to 15x, usually. This is where you look through.

2. Nosepiece: holds the objective lenses and can be rotated legitimately to turn magnification.

3. Objective lenses: usually, there are three or four objective lenses on a microscope, consisting of 4x, 10x, 40x and 100x magnification powers. In order to derive the total magnification of an image, you need to multiply the eyepiece lens power by the objective lens power. So, if you incorporate a 10x eyepiece lens with a 40x objective lens, the total magnification is of 10 x 40 = 400 times.

4. Stage clips: hold the slide in place.

5. Stage: it is a flat platform that supports the slide being analyzed.

6. Diaphragm: it controls the intensity and size of the cone light projected on the specimen. As a rule of thumb, the more transparent the specimen, less light is required.

7. Light source: it projects light upwards straight through the diaphragm, slide and lenses.

8. Base: supports the microscope.

9. Condenser lens: it helps to focus the light onto the sample analyzed. They are particularly helpful when coupled with the highest objective lens.

10. Arm: supports the microscope when carried.

11. coarse adjustment knob: when the knob is turned, the stage moves up or down, in order to coarse adjust the focus.

12. Fine adjustment knob: used fine adjust the focus.

Visit my blog for the next article: system and application of light microscopy.

Parts and Functions of a Light Microscope (Part Ii)

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Monday, November 26, 2012

Check Out GSI High-Definition Scientific Digital LED Microscope, USB Video Connection to Computers/Laptops/Notebooks, Magnifies All Microscopic Articles 200x, Special Image Treatment, Includes Stand for Handsfree Use, for Hobby/Science/Education/Industrial for $33.49

GSI High-Definition Scientific Digital LED Microscope, USB Video Connection to Computers/Laptops/Notebooks, Magnifies All Microscopic Articles 200x, Special Image Treatment, Includes Stand for Handsfree Use, for Hobby/Science/Education/Industrial Review


GSI High-Definition Scientific Digital LED Microscope, USB Video Connection to Computers/Laptops/Notebooks, Magnifies All Microscopic Articles 200x, Special Image Treatment, Includes Stand for Handsfree Use, for Hobby/Science/Education/Industrial Feature

  • Microscope Lens (25x - 200x), 4 LED Light Source, Snap Function
  • Color CMOS Image Censor, High Speed CPU, 1280x960 Resolution, 1.3M Pixels
  • USB Compatible for Instant Video Viewing on Computer or Laptop Screen
  • Auto White Balance Control, Sharpness Control, Color Mangement, Brightness Adjustable
  • High Quality Image Enlarges Microscopic Articles on Skin, Cloth, Leather, Coins, Bills and Hair, Etc.

GSI High-Definition Scientific Digital LED Microscope, USB Video Connection to Computers/Laptops/Notebooks, Magnifies All Microscopic Articles 200x, Special Image Treatment, Includes Stand for Handsfree Use, for Hobby/Science/Education/Industrial Overview

This season discover the Micro world with this newest innovation from GSI. This product was designed by our World-Class Micro experts to capture and display the tiniest miniscule objects in 200 times magnified viewing. Connect to your computer with USB cable included, simply point-and-Snap, and watch the world come alive in front of your eyes.

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Sunday, November 25, 2012

Polarizing Microscope and Applications

A polarizing microscope is a special kind of microscope that utilizes two polarizing lens to collect unavoidable visual data from the specimen. The polarizing microscope is used extensively in the field of visual mineralogy which supports such applications as geology, asbestos testing, and forensic science. Often those working in dissimilar fields will sometimes refer to the polarizing microscope by dissimilar names such as geology microscope, petrographic microscope, pol microscope, and Plm (polarized light microscope.)

The key variation between the polarizing microscope and a accepted aggregate microscope is the expanding of a fixed polarizer between the light source and the specimen and the expanding of an adjustable polarizer between the objective and the eyepieces. The 2nd polarizer is called the "analyzer" and normally can insert in and out on a rotating piece in the neck of the microscope. Other tasteless accessories comprise a rotating stage and insertable retardation plates made from gypsum or quartz.

Microscope

With these added elements, the this microscope can collect visual data from a specimen that no other microscope can. The key visual information ready includes refractive index, birefringence, sign of elongation, pleochroism, and angle of extinction, all of which provide clues to the crystallography of the material that is being investigated.

The first uses of these kinds of microscopes over one hundred years ago was the identification of minerals in geology. In addition, the most tasteless form of lab diagnosis to test for asbestos is performed with a polarizing microscope. Because of the their quality to provide visual data, these kind of microscopes are very ordinarily used in forensic science where the identification of unknown materials is a disposition part of the job. Some of the first evidence disputing the claimed age of the so-called "Shroud of Turin" was considered by diagnosis of pigments using a polarized light microscope.

The polarizing microscope is a very versatile and marvelous instrument in the identification of materials. It is a key tool in several scientific fields, and can sometimes be the best option over more costly technologies. For example, in disposition asbestos diagnosis the polarizing microscope was considered to be more correct and much more cost efficient than the other high-tech options that were first investigated, such as x-ray diffraction and scanning electron microscopy. It is a marvelous tool with many applications.

Nikon's MicroscopyU has quite a bit of information on how the polarizers and the science work to provide analytical information: http://www.microscopyu.com/articles/polarized/polarizedintro.html

Polarizing Microscope and Applications

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Friday, November 23, 2012

How Each of the Microscope Parts Functions

Understanding how each of the microscope parts functions is important if you're going to truly understand the microscope. This will make you more of an devotee on the branch and allow you to intelligently rate how well one is working--and whether it needs a replacement part. With that in mind, let's study the branch of the microscope's parts and how they work.

Generations of people nearby the world have made use of the microscope. Straight through the decades and centuries, its basic found has remained much the same. Even though microscopes have changed Straight through the years, from the basic light much microscope all the way to electron microscopes, the parts and functions of a compound microscope are remarkably the same.

Microscope

A microscope will only work correctly as long as each of its private parts is working correctly. When one part ceases working properly, it will likely hinder the effectiveness of the instrument altogether. The main parts of most microscopes are the tube, lenses, illuminator, arm, adjustment knobs, and stage.

You'll find two basic kinds of lenses on the typical microscope. First of the lenses is the eyepiece lens (or the "ocular lens," as it's also called). This ocular lens is found at the microscope's top. This is the part that the microscope user looks through. It's typically not adjustable. The microscope's second lens is known as the objective lens. It's the one that provides most of the instrument's magnification. Indeed, most microscopes don't have one, but some objective lenses. Each objective lens varies in magnification strength.

The microscope's objective lenses are part of a circular part of the scope. It's found between the eyepiece and stage. The user selects the objective lens based on the vigor that he needs and the vigor provided by that objective lens. If the user desires a distinct zoom level, he rotates the circular disc, thus placing a distinct lens above the stage. Connecting the ocular lens and the objective lenses are the part of the microscope called the tube. The user looks Straight through the ocular lens and Straight through the tube, finally seeing out of the bottom, Straight through one of the objective lenses.

The specimen or object to be examined is placed on a part called the stage. Slides are secured to the stage by use of clamps. On these slides will be the specimens to be examined--specimens such as blood or micro-organisms. Immediately below the stage is something such as a mirror or, on a compound light microscope, a light. This mirror or light is called the illuminator, and it's what makes it easier for the user to see the specimen.

Finally, there is a pair of adjustment knobs on most types of microscope. The adjusters are used to sustain in focusing the lenses. The base one is the larger of these two knobs--the one that pulls the lens and stage nearer together. The fine adjuster is the smaller of the adjustment knobs. First, the user adjusts the base knob and then the smaller one to give the tiny adjustments needed to bring the object into clearer focus.

These microscope parts and functions are the same on roughly all microscopes that you'll encounter. There is some small variation, with slightly distinct parts on some (For example, on an electron microscope, there will be electron beams rather than typical illuminators; it thus varies a bit from the parts and functions of the compound microscope). Yet the basic functions and parts are the same. If you learn how each of these microscope parts functions, it will be easier for you to know a good microscope from a bad one.

How Each of the Microscope Parts Functions

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Wednesday, November 21, 2012

How to Spot Bad Mole?

How to spot malignant mole?

This morning you took a bath. The warm water feels so nice during the cold winter day. There was some funny skin itching on you back. You looked in the mirror, turned this way , that way. There is small mole on your back You remember this spot had been there for years, since childhood. Did this spot get that strange itching?

Microscope

Recently you have heard the news that there are more than 50000 of new melanoma cases every year. This amount grows 3% a year.

What is going on? Is this small spot on you back went out of control?

Several types of skin tumors exist. Many are slow growers. Many give rare metastasis. Easy dismissal cure majority of skin tumors.

Melanoma brings troubles big time.

Melanos = black, oma = tumor.

You can detect melanoma by self-exam. Skin cancers show themselves much easier than any other types of cancer.

In the same time you can cure melanoma by Easy surgical resection. However, catch this tumor in early stage. Late stage metastasize. Surgeon can not cut off every metastasis in your body.

There are numerous sites dedicated to melanoma self-exam. Just type in the word "melanoma" into any search engine. Result instructions.

Fair skin population have more chances of getting melanoma. However, dark skin population build melanoma too.

Everybody has moles. Women even use moles to charm. How to find if your mole became dangerous?

Dangerous signs comprise Abcd:

Asymmetry

Border

Color

Diameter

A- asymmetry. Suspicious mole does not look like a round or oval blot. Often, early melanoma looks rather like a blot with an odd shape.

B- borders. Borders become irregular, uneven, fuzzy. The edges of the blots become notched.

C- color. Color of general mole should be more or less homogenous. Change in color is very suspicious . There are shades of brown, black, tan, red. Mottled color is suspicious.

D- diameter. Change in diameter is suspicious too. Mole that is bigger than 6 mm is suspicious. Everybody compares 6 mm to a pencil eraser (though few population precisely use it extensively). Just to get idea about the borderline size.

Besides Abcd there could be other signs of perilous mole:

E - enlargement and elevation over the time

Also worrisome signs comprise easy bleeding and erythema (redness) colse to the mole.

Itching and pain in the side of mole make you suspicious as well.

History of melanoma in house should also raise suspicions.

Some skin problems look like melanoma, but are precisely harmless. Anyway, do not gamble with them. Even experienced doctor can not always tell if the lesion is malignant or not. It is great to be safe then sorry and check the troubling changes soon.

Some rare types of melanoma exist. Because even clear melanomas are not always diagnosed on time, the unusual types becomes much more deadlier. Often doctor sees them too late.

Melanoma under the nails. Melanoma of mucous membranes. (Mouth, nose or guts) Amelanotic melanoma - this one is not even colored.

The treatment will be excision with margins and biopsy, but most important of procedure is to catch melanoma Know that the treatment depends on the thickness of the tumor and the proximity of distant metastasis.

Surgeon or dermatologist cuts off the melanoma. Then, Pathologist (doctor specializing in lab diagnostics) looks the sample under microscope.

He classifies the tumor. The grade of the tumor gives the clue to the chances of your survival.

There are some classifications

Breslow classification portion the penetration of the lesion into skin by millimeters. Know that > 0.75 mm is already dangerous, but > 4 mm is wacking.

What is 4 mm. It is nothing. Right? Take a ruler and check how 1 mm looks and how 4 mm looks.

So this is why it is important to catch melanoma early.

There is also Clarks classification that measures penetration of the melanoma into the skin and other layers.

Tnm classification standardizes the grading.

You can not know the grade unless you excise and portion the melanoma penetration under microscope. It is not a do-it-yourself project. Surgeon and pathologist will do it.

The time of evolvement 1-2 years.

The frequency of melanoma is increasing. It might be because of more population get sun damage. Also other reasons may play role.

Treatment of melanoma includes surgical removal, chemotherapy, immunotherapy, radiation therapy.

How to Spot Bad Mole?

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Tuesday, November 20, 2012

How I Effectively Removed an Infiltrating Basal Cell Carcinoma With Out surgery

If you, your family or somebody you know has skin cancer or melanomas, this discovery could save their lives.

three years ago in 2005 I was diagnosed with skin cancer, an Infiltrating Basal Cell Carcinoma on the tip of my nose.

Microscope

When I was seventeen I went to the beach with my mates and got badly sunburnt to the point of blistering, and now I have skin cancer.

The scholar told me that It was the type that could grow bigger and work its way up to my brain and kill me.

By this time my emotions were running wild, they raced around all over the place. The blood drained from my face and I wished it were all a bad dream or a nightmare.

It seemed like my whole world was conclusion in around me, then I started to think and ask myself what next? What can be done about it?

Then my next aware recollection was a voice inside of me asking the doctor what can be done about it?

He told me the best surgical operation was Mohs surgical operation where they surgically remove thin shavings of tissue; the specimen is placed  under the microscope and then read by the Mohs surgeon who examines it for cancerous cells. If cancer is found, the surgeon removes the cancerous tissue from the patient. This procedure is repeated until no additional cancer is found. Then a flap of skin is heat sealed over the operated section, loss of blood is minimal.

One day at work, while flicking through a magazine I saw a photo of a man who had lost his nose to skin cancer do not recall if it was the skin cancer that took his nose or if the surgical operation did, all I know is that the vivid photo changed my life.

All of a sudden my mind raced like a madman from one belief to an additional one I saw myself with no nose, and saw habitancy not being able to look at me face to face. Finding the pity on the faces of those I love.

I reached the depths of despair I Knew I Did Not Want To Live Like That.

There had to be an additional one way.

Over 1,600 Australians die from skin cancer each year

Statistics show that more Australians die of skin cancer every year then die on our Australian roads.

There is an estimated 20,000 habitancy who die from skin cancer or melanomas worldwide every year.

A friend introduced me to a special ointment from an old American Indian formula that eats skin cancers and melanomas.

I belief what did I have to lose, if it worked it was a bonus, if not I was already booked in for surgery.

After three weeks the ointment complete its work.

 I rang the scholar explained that Id used this special ointment and the skin cancer was gone so the carrying out would not be needed anymore.

He firmly told me that the ointments were not very effective and that I needed to be at the skin cancer clinic at 8.30a.m. Saturday to be examined under the microscope.

He explained that he would do two shavings with a scalpel,then check under the microscope and return.

It seemed as if it was a very long time even though consciously I know it was not, finally he returned.

"I have got good news for you, it is clean and you can go home" I did not need surgery

Since then I have effectively removed 99 skin cancers all without surgery, and many of my friends have also obtained the same results.

Then I decided to write an E-Book entitled "Skin cancer how I effectively removed an Infiltrating Basal Cell Carcinoma without surgery" explaining exactly what I did and also pictures of skin cancers that I removed and step by step with photos exactly the procedure taken.

All the links to where to get the goods and skin cancer pictures on the internet.

more facts can be found here:-

http://www.digitalsolutionscentre.com/skin-cancer-alternative4737/skin-cancer-how-i-effectively-removed-an-infiltrating-basal-cell/

How I Effectively Removed an Infiltrating Basal Cell Carcinoma With Out surgery

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Monday, November 19, 2012

What Did Albert Einstein Invent?

Albert Einstein without demand remains a valuable part of history. Throughout the policy of his lifetime, he contributed to several breakthroughs and inventions. Although many are documented, legitimately there are a few missed at some point. In any case, here is a review of some of the inventions noted to Albert Einstein's life.

A Brief History

Led Microscope Light

Albert Einstein continues to exist as one of the greatest physicists ever known. The man of consummate scientific intelligence arrived into this world on March 14, 1879 in Germany. Ultimately, he advanced the world's way of thinking in regards to the corporeal world.

Six weeks following his birth, his house left Württemberg for Munich. This became the location where he started his early academics. His father, Hermann Einstein worked as an engineer and salesperson. When he was five, his father gave him a compass. Many attribute this time in his life as the beginning point for his success as an adult. His father's gift led to an early fascination with trying to eye why the compass all the time pointed north.

Albert Einstein attended the University of Zurich, receiving his doctorate in 1905. This followed a presentation on his theoretical dissertation, which introduced a novel type of calculation for determining the size of molecules. The same year also became his most successful year with production discoveries.

Albert Einstein's Inventions

Most of Einstein's inventions were rather discoveries and theories. Regardless, his accomplishments throughout history are many. In general, most of his contributions were to the four major areas of science. These areas are known as energy, gravity, light, and time.

Brownian Motion

The Brownian petition is among the first of Albert Einstein's contributions. Originally, in 1827 the botanist Robert Brown discovered floating plant spores in petition under a microscope. From this, he postulated that the random movement related to molecules hitting the spores. However, Einstein became the first to offer statistical predictions in reserve of the random distribution and the petition of particles in fluid. Later experiments confirmed his theory.

Special ideas of Relativity

Einstein's extra ideas of Relativity provided one of the first trustworthy explanations on the interaction of radiation and matter when observed concurrently by bystanders thoughprovoking at a consistent speed and the bystanders at standstill. He based this ideas agreeing to the principle of relativity. From this, he derived the precise article of corporeal events within varied inertial frames of reference. This lead to his creating the noted method E=Mc².

Einstein's inventions after 1905

1911 - Why Is the Sky Blue?

Einstein thought about this in 1911 by determining the detailed formulas calculations for light dispersion from molecules. Later this was confirmed by the experiment "Why Is the Sky Blue?"

1916 - normal ideas of Relativity

In 1916, Einstein vast on his extra ideas of relativity. In turn, this resulted in the normal ideas of relativity. By doing this, it allowed for the theories application over uniform and non-uniform systems of motion. Ultimately, the normal ideas is involved with the large-scale affects of gravitation.

Essentially, the ideas determines the equivalence of inertial and gravitational mass. It further allows for a deeper comprehension on a gravitational field forms by curvatures produced in space-time time material bodies, which is further thought about by its curvature. Ultimately, it gives a deeper comprehension into the meaning of gravity.

1921 - Law of Photoelectric effect

He discovered this law through his normal ideas of relativity.

1924 - Bose-Einstein Condensate

The Bose-Einstein Condensate (Bec) has to do with the phase of matter relating to solid gas, liquid, and plasma. This resulted when the 1924 Indian physicist Satyendra Nath Bose sent a paper to Einstein on the Pank Law from which Einstein generalized the ideas to an ideal gas of selfsame atoms or molecules in which the numbers of particles are conserved. Within the same year, he predicted that at extremely low temperatures the particles would lock together or overlap in the bottom portion state of the system, resulting in the Bose Einstein statistics.

1926 - Einstein Refrigerator

The refrigerator he invented in 1926 worked as an absorption refrigerator and required no thoughprovoking parts or electricity to operate. All it required was heat to work. Therefore, it only needed something such as a small gas burner. His previous pupil jointly helped with his invention of the refrigerator.

Overall, Albert Einstein lived as one of the most acclaimed physicists of our time. Ultimately, he lived as a great thinker, discoverer, and inventor. The above are just a handful of how many theories and inventions he created.

What Did Albert Einstein Invent?

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Saturday, November 17, 2012

Great Price AmScope SM-4TZ-144A for $549.00

AmScope 3.5X-90X TRINOCULAR STEREO BOOM ZOOM MICROSCOPE w VARIABLE 144-LED LIGHT Review


AmScope 3.5X-90X TRINOCULAR STEREO BOOM ZOOM MICROSCOPE w VARIABLE 144-LED LIGHT Feature

  • 3.5X-90X zoom magnification power with crisp sharp images
  • 2-1/2" (65mm) SUPER widefield of view and 8" (200mm) large working distance
  • Powerful 144-LED intensity and lighting direction adjustable ring light
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AmScope 3.5X-90X TRINOCULAR STEREO BOOM ZOOM MICROSCOPE w VARIABLE 144-LED LIGHT Overview

This is a trinocular 3.5X-90X zoom stereo microscope on a versatile double-arm boom stand with a variable 144-LED ring light, giving crystal clear sharp images and bright cool lighting illumination. It comes with a trinocular head with 30mm super widefield high-eyepoint eyepieces, a heavy-duty double-arm boom stand and a LED ring light with dimmer. Its trinocular port enables to add photographic or video capability. The versatile double-arm boom stand allows you to turn the microscope head around three different axis (x, y, and z), allowing you to point the microscope head toward to ANY direction you wish. The variable LED ring light is lighting-direction changeable and lighting-intensity adjustable, providing cool, even and bright LED illumination. It comes with a specially designed control box allowing you to turn on/off each portion of the ring light separately and change the lighting direction for obtaining the best stereo images. This microscopy system offers high resolution, super widefield of view, large magnifying zoom range and long working distance. It is an ideal instrument for gemologists, engravers, collectors, manufacturing engineers and anyone in semiconductor and/or electronic industry. This microscope is also a right microscope for biological laboratory applications that require low heat release. Made by the same OEM supplier that provides optical instruments for Leica, Zeiss, Nikon and Olympus, it arrives brand new in a factory sealed box. Its retail value is ,800.

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Thursday, November 15, 2012

Gemstone Microscope and Its Usage

The function of the microscope is to develop objects so as to make them more legitimately visible to the human eye. Its use in science is unlimited, and to the gemologist the microscope is more foremost than any other instrument. This is because one of the biggest problems in contemporary jewelry is the detection of artificial and imitation stones, and without a microscope the task would be approximately impossible.

The detection of imitation stones covers a vast field and the following lines serve only as an introduction. Three out of four of the most valued gem stones can be produced synthetically in the laboratory. These are the ruby, the sapphire, and the emerald. Needless to say, the difference in value in the middle of a natural and artificial stone is enormous, and it is therefore of many significance to the jeweler that he can be sure they can be effectively powerful from each other.

Microscope

Synthetic rubies made by the flame-fusion process are in all their bodily properties approximately identical with the natural stone. Chemically, both are crystalline aluminum oxide. The red color is in both cases produced by limited quantities of chromic oxide, and if artificial and natural rubies are tested for their definite gravity, refractive index, and absorption spectra, the same results occur in both cases. Yet, if they are placed under a microscope, a marked difference in the middle of the two is found. What then are these internal telltale features that will enable us to distinguish the real from the synthetic?

Fine curved lines are immediately noticeable that are rather like the grooves of a phonograph description and run through the stone. There are also some black spots interspersed irregularly throughout the gem. The curved lines are known as increase lines, and they are produced during the formation of the artificial boule and are a inevitable sign that the stone is synthetic. The black spots rehearse tiny bubbles of gas, and these, too, were included in the boule during its formation. Gas bubbles and curved increase lines are therefore typical characteristics of artificial corundum.

But, what does the inside of natural corundum look like under the microscope? Again, there are the curved increase lines in the artificial stone, but, in the natural one, the increase lines are right and set at definite angles. This latter highlight is an foremost characteristic of most natural mineral crystals. The microscope can provide all-important clues in the identification of rubies and sapphires.

A gem stone that may set an even bigger problem is the emerald. In this case, artificial stones are internally also remarkably similar to the natural ones. Fortunately, Chatham's artificial emeralds do have a lower definite gravity and refractive index than the natural stones, but it is not all the time possible, if a stone is set in a piece of jewelry, to apply these tests. Here the microscope is useful again.

Natural emerald possesses cer¬tain internal features called inclusions. Some of them take the form of spiky cavities filled with tiny mineral crystals and gas bubbles. Indeed, they are so typical that they can be connected with definite mining localities and thus form an foremost guide to the origin of some emeralds. Chatham's artificial emeralds also possess special inclusions, and under the micro¬scope, these look rather like a fine pattern of lace. They legitimately consist of limited interweaving channels filled with liquid and thus are very different in character from the inclusions of the natural emeralds.

A straightforward magnifying glass that enlarges ten times can also be a vital aid in the identification of some gem stones. Thus, a colorless zircon might well be confused with a real diamond, but if both are considered examined with a hand lens by finding through the top of the stone at the rear facets, all things at the back of the zircon will appear double, thus revealing its strong light-splitting property.

Since a solitaire belongs to the cubic crystal system, letting light rays pass through without splitting them, the duplicate image will not be shown by it. This is one straightforward test that immediately distinguishes in the middle of these two gem stones. There is one direction along the so-called optic axis of a double-refractive stone where the light rays are not split and the doubling follow cannot be seen. It is therefore wise to tilt the gem a limited when examining it with a lens to insure that the optic axis does not lie at right angles to the table facet.

Gemstone Microscope and Its Usage

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Wednesday, November 14, 2012

Learning Resources Prepared Slides, Set II - 24 Specimens


Learning Resources Prepared Slides, Set II - 24 Specimens Review


Learning Resources Prepared Slides, Set II - 24 Specimens Feature

  • 5.1 in L x 3.5 in W x 1.1 in H
  • Slide 1 Animals: Cat Hair, Canary Feather, Dog Hair and Sheep Hair
  • Slide 2 Plants: Stem of Corn, Leaf of Nerium, Onion Rind and Silver Berry Scaly Hair
  • Slide 3 Insects: Dragonfly Wing, Worker Bee Wing, Bee Antenna and Bee Abdomen
  • Slide 4 Textile Fibers: Panya, Nylon, Wool and Handmade Paper

Learning Resources Prepared Slides, Set II - 24 Specimens Overview

LER2040 Each set contains six slides, one each of pollen/spores, textiles, insects, tiny creatures, animals and plants. 24 specimens per set.
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Tuesday, November 13, 2012

obvious Parenting Strengths

Chuck and Priscilla were at their wits' end. They are the parents of two teen-aged girls, and two younger boys. The eldest, Charlotte, is out-of-control. As each child approaches adolescence, they seem to come to be impossible. "We don't know what to do anymore!" Priscilla wails. "I do all things for them. Charlotte and Chuck fight constantly. He expects her to respect him, but she swears at him when he makes the slightest demand. Then he gets mad and starts yelling, and it's all over! She's a top learner and athlete. Why won't she be more compliant at home? And now Gertie, my 13 year-old, is beginning to act out. She talks back something fierce! The boys never do anyone nearby the house. Their grandparents think they are all out of control. I don't know how much more of this I can take!"

Many parents feel inevitable in their skills while their children are little, only to wonder how it all got away from them as their kids reach the pre-teen years. And who are these strangers inhabiting their adolescents' bodies, and what did they do with the off-spring we knew, anyway?

Led Microscope Light

Parenting is not the same as it used to be. Fewer families contain a stay-at-home parent. Economically, most families need both parents to be in the work force. More women are particular parents. The kids who are teens now were in daycare or otherwise looked after by population other than their parents. They don't see us as the arbiters of their lives or as the holders of all the keys, because we no longer are. As well, Tv and computers have made information literally accessible by children - information that, just a few years ago, was the domain of adults. The way we protected children in the past from astounding material such as sexual images, disasters, and pictures of war-torn bodies, was to keep it unavailable. Now that is roughly impossible. Children are traumatized by the news.

They are also feeling weighty pressure to be complicated in activities and interests that their peers and the media tell them they are ready for. Advertising, loosened standards in Tv programs and movies, and the availability of adult content, are all development our children (and many parents, actually) believe that ten-year-olds should be concerned about deodorant, and engage in sexual behaviors.

We are all racing - kids and parents alike. Community runs at a much faster pace. Music, Tv shows, sentence structure and pacing in books, magazines, even symphonies, have sped up drastically. There is an astounding estimate of information bombarding us and demanding that we rejoinder to it instantly. There is more information in one Sunday issue of the New York Times than in all the books that existed in the 16th century. We work longer, vacation less (in the Usa), and are startling to be available by phone, hand-held, and computer 24/7. On top of all this, neighborhoods are not as safe as before. Gangs, drugs, and violence are not restricted to inner cities.

When parents come to me, often they want to sacrifice some unacceptable behavior in their child. Old parenting styles that many of us were raised with, were based on behavior control. They worked gently well then, because children were more dependent on their parents. Today, the same methods often have wildly unsuccessful results, in that they spark dramatic reactions in our children that are often the exact opposite of what we hoped for. When parents now use a domineering tone, lay down the law, and are unaware of their child's point of view, while expecting instant and unquestioning obedience, pre-teens and teens often react with aggression or rejection in terms that we'd never have dared to use. We cannot focus simply on behavior cessation or our own relieve levels. There is nothing more silly and helpless than the feeling you get when you bellow, "You're not going everywhere until you clean your room!" and have the kid shoot you that who-are-you-kidding sneer and stalk out of the house. Parents feel shell-shocked and confused, and the children feel disrespected, misunderstood, and alone.

What we need now are the skills that will help our kids see us as their major support. We need to help them learn to navigate the world as it is today. They need to take risks within a cheap range, learn from their mistakes within the safety of a family that knows the value of trial and error. We need to make sure that our families help young population think about situations, options, and consequences.

It is difficult to give up old patterns and to try new ones. The benefits are legion. As painful as the tumult often is in today's families, we can see it as an opportunity, if we view the chaos from within a inevitable psychology framework. We have the chance to lay a foundation for prolonged relationship and understanding with our young children, to build real and continuing closeness with our adolescents, and in so doing, to work beyond some of the hurts we may still be carrying from our own childhoods, by studying to have more meaningful and warm relationships with our kids. It is so easy, in the face of kids' changing behavior and moodiness, to lose sight of the fact that we have astounding skills. While they treat us as if we are clueless, ridiculous, and offensive, it is imperative that we profess our own reality. The more we can profess our own equanimity and center, the more they will derive these same strengths, to help with the pressures that face them in years to come.

Priscilla and Chuck started by uncovering their assumptions about families, as well as the patterns they inherited from their own upbringings. We looked at the effects of these patterns on the present. Then we discussed what is causing their children to act the way they are. This information included general developmental phases as well as how modern culture and environmental factors have accelerated kids' behavior. (It is not only a relief for parents to have more understanding into their child's reality, it helps immeasurably in staying calm and in being understanding while conflicts, rather than reacting only to the face behavior.)

Once the elements feeding into the tumult were uncovered, Priscilla and Chuck paused to remember why they wanted to have a family in the first place - the spiritual, loving, giving, connected, creative, nourishing reasons for generating and supporting life. Then they identified their signature strengths, as identified by the research in inevitable psychology spear-headed by Chris Peterson and Martin Seligman. We brainstormed parenting applications. Parents feel empowered to rejoinder and apply their Values In activity (Vias, as they are called) such as curiosity, loving, perseverance, genuineness, open-mindedness, kindness, leadership. For example, Priscilla has perseverance/diligence as a strength. We talked about how she could redirect it from doing all the chores and running herself ragged, to setting up job plans and following straight through with consistency. She could apply her power to studying more about child development, new approaches to discipline, as well as putting more emphasis her own well-being within the family.

But the Via signature strengths are not the only characteristics that parents have or need!
After working to upgrade my own parenting skills and helping many families, I
have identified a list of inevitable Parenting Strengths (you could call them Values in Parenting - Vip's) that are explicitly helpful in family life. We have many of the inevitable Parenting Strengths in plenty but don't all the time identify them as valuable. As parents identify these attributes and attend mindfully to addition their use in situations, we feel more assured in our parenting. addition our reliance on these strengths also tends to give us more reliance in our communities and in work lives, as we see them help in all relationships.

The Vips list is meant as an adjunct to the Via list, so I have not replicated the many valuable parenting skills, such as authenticity, curiosity, love of studying in the original. The two can be used together to focus and heighten parents' efforts.

Here, then, is the list I propose as inevitable Parenting Strengths (Pps's). These are skills that help parents of any aged child heighten communication, feel more calm and confident, and profess loving connections. Read straight through the Strengths and identify those which you identify as your top five. Following the list are some exercises you may use to apply your strengths to sticky events in your family.

1) Staying Grounded

You are able to stop, breathe, and join together in with the lower half of your body, especially when you find yourself getting worked up. You settle, turn inward, and feel the energy arresting in your abdomen, pelvis, thighs, knees, calves, ankles, and feet. You feel your energy joining with the energy of the earth, so that you feel connected, rather than like a helium balloon that man forgot to knot after blowing up. You stay internally gift in difficult and emotional situations.

2) Centered

You have a strong sense of your true self, and you feel it as a place in which you reside in yourself. You have a clear feel of the difference in the middle of your personality and your Being. You are good at convention yourself, not being distracted, or pulled into self-judgment. When the going gets tough, rather than reacting by scattering or windup down, you make a point of staying open and self-aware. You know that being centered connects you to spirit and to well-being.

3) Empathic

You are able to see the world though your children's eyes. You see their feelings and reactions as valid, given their feel and level of development. When they have a hard time, you make an endeavor to reflect back to them an understanding of what it must be like for them. You look beyond rude behavior to try to see what is going on inside. If there is a situation that repeatedly drives you crazy, you make sure you take the time to imagine, not only what this situation must be like for them, but what it must mean, given their history. You are able to imagine the scenario as if you are in their body and mind, see what it means to them, and what gets stirred up. You gain understanding that helps you modify future situations. Doing so frees you from feeling upset by their behavior and often leads to their being calmer and more open.

4) Communicator

You identify that good communication is a skill and is not automatic. You think carefully, and in advance, what you want to accomplish in communicating with your children. You plan and convention communication patterns that elicit thoughtful and relatively calm interactions. You are good at orchestrating conversations that enable children to learn life skills. You know that it is much more important to ask questions than it is to supply answers. You help them, by request questions, learn to think straight through situations, anticipate consequences, and reconsider alternatives.

You want them to learn how to work things out for themselves, so you work to operate your emotional reactions to things that they might say, in order to reach the larger goals of open interaction, problem-solving, decision-making, self-confidence, and social skills.

Your strong points are paraphrasing what they've said, so as to make sure you heard correctly, request questions about the topic and about their thoughts, feelings, responses and actions. "How did you feel then?", "What possibilities are there?" "What happened next?" "What do you want to do about it?" "Who could you talk to about that?" are your stock in trade. You love it when your kids surprise you by coming up with solutions that hadn't occurred to you.

5) Connector

You place a high value upon staying emotionally related with your children, even when they act badly or when the two of you are having an argument. You stay present, authentic, and aware of your own feelings, as well as those of your child. You work at seeing ways to profess energetic and emotional ties with your child and stay with it to work things out, rather than giving up. If you need to take a break, you call a time-out, so that every person has a chance to cool off, without anyone feeling rejected or shut out. If they come home in a bad mood, you let them have their chance to cool off, yet you profess the sense inside yourself that you are together and that you love each other.

6) Educator

You remember that the goal of parenthood is to educate over time. You are able to keep in mind that growing up is a process, and that you are engaged in raising wonderful, normal, fallible humans, not robots. You can remember, even in the heat of the moment, that the gift behavior is not as important as the lessons you want your children to learn, such as thoughtfulness, self-reflection, and problem-solving. You tailor your parenting to supplementary the long-term goal and remember that schooling takes years and many steps, and that your children do not have to specialist adult skills instantly, just work toward them gradually.

7) Process expert

You know that the goal is not what is important. The journey is. It is in the process of daily routines that life is lived and savored. You are comfortable with the messiness and incompleteness of the mundane. You keep you eye on what furthers the processes of family life - communicating, being, allowing, working through, tolerating, and the like. You are able to pull back from a situation and notice what is going on in the way that it is unfolding, which you often find more important than the topic. What is important to you is the way things are engaged in, more than the thing itself. You also relax and take time to be with your children while they are going straight through their processes, thereby helping them to be comfortable in the moment.

8) Acceptor

You literally see who your children are - their strengths, weaknesses, the direction they are going - rather than being locked in a view of who you want them to be, or who you can tolerate them being. Much as you would like to raise a concert pianist, you appreciate and sustain your child's talent as a wrestler. You raise the child you have, in the way that they need, even if it is not your first choice. If your child needs firm, clear boundaries delivered in imperative sentences, even if you tend toward the polite and talkative and like to ask for acquiescence, you rally yourself to supply structure in the way he or she needs.

9) holder of Optimism

You hold in your heart, and therefore hold for your child, conviction of their potential, who they truly are, and who they can become. You remember that, if they are adolescent, their brains are changing and they are hormonally challenged. Even in the face of strong evidence to the contrary, you know that they literally are the kind, caring, loving, skillful, arresting population you remember from before. You keep reminding yourself of this, so that you don't think for too long that monsters have taken over their morphing bodies. You gift a photo to them of their best selves. You know that, inside all their posturing, teens are very brittle, sensitive, unsure, confused about what is happening, of the new pressures, and of their own actions. You know that it matters to them, a lot, to see in your eyes the population they hope they are becoming.

10) structure expert

You know that structure makes growth, opportunity, relationships, and achievement possible, that boundaries do not cut population off from each other, so much as they clarify, define, and protect. You are clear about your own boundaries and the areas of life that are impacted by boundary issues. You are clear who you are, and what your lowest line is in different areas. You take care of yourself, have clear limits, balance discrete areas in the way that works best for you and your family. You are able to be flexible, not rigidly adhering to dogma when unforeseen factors indicate the need to take a different approach. You communicate your expectations clearly in a way that each child can hear.

11) Equanimity

You remain contented and peaceful, even when those nearby you are having a hard time.
You take a deep breath and profess the feeling of calm that helps storm-tossed children and teens to orient themselves. You do not cut yourself off from them in order to feel happy. You are gift and available, without being pulled into their angst. You remember that things mostly work out for the best, even if they don't look as if they are going so well at the moment.

12) Autonomy

You see yourself as a unique individual, and you see your children and partner as individuals as well. You know you can stand on your own, and you stand up for yourself. You treat yourself compassionately regarding your shortcomings. You honor your history for the feel and wisdom you have gleaned from it. You have come to terms with pain in your past, so that when it is triggered in the present, you are not thrown into reactive behavior without catching yourself. You know you are responsible for your feel and your behavior. It is fine with you that other population are humans with strengths and weaknesses. You accept them as they are.

13) Sovereignty

You know that, ultimately, each man must depend upon themselves. You know that the best way to train children to be proud is to treat them as individuals with possession to be treated respectfully and with honor, even when they make mistakes and are still learning, even when they screw up royally. As Elizabeth Cady Stanton said in 1892, in front of the Judiciary Committee of the U.S. Congress, "Nothing strengthens the judgment and quickens the conscience like personel responsibility. Nothing adds such dignity to character as the recognition of one's self-sovereignty; the right to an equal place, every where conceded; a place earned by personal merit." You know that teens feel badly enough about themselves, and that their shame escalates very quickly, if they feel reacted to as if they are despicable. You are committed to treating them considerately, honoring their boundaries, and responding to their difficulties in ways that teach deep respect straight through example.

14) Enthusiast

You love the many possibilities there are in life. You love to learn and are interested in many things. straight through your enthusiasm, you turn your children on to the arts, the sciences, bugs, stars, microscopes, cooking, crafts, tap dancing, old movies, badminton, the colors in leaves. You sit on the porch and watch thunderstorms together. You ride your bikes down new roads. You keep having adventures even when they roll their eyes and are too cool to go with you, because you know that later it will be important for them to have seen their parents complicated in activities. And anyway, it's your life that you're enjoying!

15) Fun-lover

You enjoy your children. Just hanging out with them gives you deep satisfaction. You play with them when they are young, introduce them to activities that you value, and join them in play that they find entertaining. As they get older, you are willing to be silly and to offer activities, and also to wait until they are ready to engage with you. You make watching their endless sports events fun for yourself and for parents nearby you.

16) Inspires creativity

You find great satisfaction in expressing yourself creatively. Even if your efforts won't win awards, you paint, dance, draw, play an instrument, try beading, or scrap-booking. You derive leaves and make collages to decorate the table. You enjoy development your home comfortable and aesthetically pleasing. You approach your work creatively, and your kids see you enjoying work because of it. When funds are low, you look for imaginative ways to meet your need. Your children enlarge their feel and their skills by arresting in creative activities with you and on their own.

17) Financially responsible

You live within your means. You do not go into debt unless it is literally necessary. If you do, you use credit wisely, and you have a plan to pay it off as soon as possible. You don't shop as a way of relieving feelings. You educate yourself about financial matters. You find creative ways to keep to your budget, and you save regularly. You help your children produce good saving, spending, and giving habits. You plan for a rainy day.

18) Emotional Savvy

You are literally good at being with your emotions, when they are aroused. You don't hide from pain or discomfort, or self-medicate with food, cigarettes or other substances. (You do, however identify that chocolate is one of the valuable food groups.) You take time to let feelings run their course, when they need attention. You are emotionally responsible. You are able to see when your reactions are about past events, and you make every endeavor not to task them onto gift situations. If you find that you have reacted inappropriately, you justify to others that your mood is not about them, thereby showing your caring and empathic nature. You apologize when you have hurt someone. You know that, if you allow your feelings time to process themselves, and if you reflect on your old ways of seeing at things, painful emotions will abate. You process your feelings, rather than trying to push them away.

You are comfortable with your child's feelings and see their outbursts as opportunities to empathize, educate, and be close. You are comfortable with your child's expressions of feelings and rejoinder respectfully. You understand that children do not have all the social skills yet, and it is okay with you that they still have things to learn when it comes to tolerating and expressing emotion.

19) Partner

You work hard to have a warm, loving, respectful relationship with your co-parent, because that is the tone you want in your life. You know that working on your relationship models social skills for your children, as well as providing them with a loving parental team. You continue developing relational skills, because, as you get older, you see that new issues come up that give you opportunities to continue maturing and expanding. You know that growing does not stop at 20, and that population learn and grow in relationship, not in isolation.

20) Influencer

You know that no one can operate anyone other than themselves. You know that trying to operate your children only leads to disconnection and bad feeling. You know that controlling kids means controlling their behavior only, and that no one can dictate another's feelings or outlook. You remind yourself that, as long as you stay related with your children, you have more influence with them than anyone, even their peers. You deal with your own feelings about their behavior and what they go through, as well as any helplessness or worry that you feel in consequence. You identify that it is a wise man who tolerates her/his feelings. You help your children learn to town in themselves and tolerate their feelings, and to learn to give up on trying to operate other people, events, and their surroundings.

21) Self-Care

You know that you cannot parent effectively if you do not take care of yourself. You model self-respect and self-confidence by paying attentiveness to your own needs and limits. Rather than fly off the handle, you take times-out. You give yourself mini-vacations. You make sure you see friends and engage in activities that replenish you, because all of these activities heighten your parenting and make parenthood enjoyable. You value your own boundaries and calmly set limits in order to ensure that others respect them also. You know the value of having the support of other parents, and even of laughing with them and letting off steam by telling benign stories of teen and toddler pranks, behind your kids' backs, of course.

22) Patience

You stay relaxed inside yourself, while life is messy nearby you. The itsybitsy annoyances do not throw you. You are able to step back and take a larger view of events. You agree with Randy Pausch, the computer science professor dying of pancreatic cancer who gave a "Last Lecture" which has inspired thousands of people, who said that, if population disappoint you, just wait. If you give them enough time, they will bring forth their best selves. If you appreciate them and thank them for the good job you know they will do, they tend to rise to your expectations. As Nelson Mandela said, "It never hurts to think too very of a person. Often they behave better because of it." You can wait while they learn social skills. You profess your cool when things don't go according to plan.

23) inevitable Outlook

And, most of all, you know that being a exquisite parent would not be good for your children anyway. One of your jobs is to teach them to accept and value themselves as they are. You want them to feel inevitable about themselves, even though they mess up sometimes and are not great at everything. You want them to love life, even though life is difficult. You want them to feel inevitable in and about the world, even though the world is both awe-inspiring and terrible at times. You know that there are millions of ways to be a good parent, and so you celebrate your strengths and derive your children to you, to share your blessings and to help each other straight through the tough times. You remind yourself that trials build character. You breathe and laugh and town in yourself, for that is where the joy is - in your relationship with yourself, with those you love, and with the natural world.

Okay, now that you have identified your top five Vip's, your Ppss, here are some exercises to help you apply them as you navigate the rocky waters of family life.

Try this #1: Spend some time thinking about your strengths. notice how you use them and how they help you with your family. Keep them in mind and have reliance in them! See how you can use your strengths to heighten your patience, your empathy, and your optimism. Muse about them and come up with ways for them to help you be more effective, more relaxed, and to enjoy your parenthood more fully.

Try this #2: Remember a arresting occurrence in your home. (That wasn't hard, was it?) Now, pick one of your Pps's that you think might help in that situation. How could you use that power to facilitate a different outcome? (When my preteen daughter started talking back at the drop of a hat, I found some time to myself and used my power of empathy to imagine what our interchanges must be like from her perspective, given her experiences in life. A light bulb went on as I suddenly saw how literally deep feelings of loss seemed to be triggered for her. After that, I worked to remember how important our closeness was to her and to see her apparent outrage, not as insolence, but as a sign that she felt too shut out by the way I may have said something. I became more able to remain calm and loving in tone (not a skill under stress that I'd experienced with my parents!) which often led to her softening and continuing to interact with me.

Try this #3: You could also pick one Pps with which you would like to come to be more proficient, and grow it into a strength. To do so, focus on the strengths you already have. research into inevitable psychology has shown definitively that the more you enlarge your use of your inevitable strengths, the more the ones you could use some work on heighten - much more so than if you just wrestle to try to counter your "failings."

The more you bring your awareness to focus on your strengths, the more they will grow. notice how you feel as you play with these exercises. notice what great ideas you come up with, use them with your children and see how they respond.

Stanton quote is from: Solitude of Self

Address delivered by Mrs. Stanton before the Committee of the Judiciary of the United States Congress
Monday, January 18, 1892

obvious Parenting Strengths

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Monday, November 12, 2012

AmScope 3.5X-90X Zoom Magnification Stereo Microscope on Boom Stand + 144 LED Light + 5MP USB Digital Camera


AmScope 3.5X-90X Zoom Magnification Stereo Microscope on Boom Stand + 144 LED Light + 5MP USB Digital Camera Review


AmScope 3.5X-90X Zoom Magnification Stereo Microscope on Boom Stand + 144 LED Light + 5MP USB Digital Camera Feature

  • 3.5X-90X zoom magnification power
  • Super widefield of view 2-1/2" (65mm) and large working distance 8" (200mm)
  • 5MP camera captures still images and steams live video on your PC screen
  • Advanced editing, processing and measuring software compatible with Windows 2000/XP/Vista/7
  • Powerful 144 LED bulb ring light

AmScope 3.5X-90X Zoom Magnification Stereo Microscope on Boom Stand + 144 LED Light + 5MP USB Digital Camera Overview

This is a trinocular 3.5X-90X zoom stereo boom microscope with 5M (2592x1944) pixel high resolution USB2.0 color digital camera. It comes with a trinocular head, 30mm SUPER widefield high-eye point eyepieces, a 3D double-arm heavy-duty boom stand, and a 144-LED ring light with dimmer. This microscope offers crystal clear images, super widefield viewing, very large magnifying zoom range (26:1) and a large working distance (8", 200mm). Its high-eye point optic design ensures an easy and comfortable observation, including eyeglass wearers. The color digital camera captures 10.7 MP high resolution microscope images and displays them as full-screen live video on your computer screen. The reduction lens included displays the same field of view images on your computer screen as those seen through the microscope eyepieces. With the included user-friendly software, which is compatible with Windows 2000/XP/Vista/7, you can edit microscope images in a manner similar to PhotoShop. You can conduct measurements across images, record videos, share images, and save them in BMP, TIFF, JPG, PICT, PTL and other formats. You can conduct measurements across microscope images, measuring lengths, angles, areas and etc.The 3D double-arm boom stand allows you to turn the microscope head around three different axis (x, y, and z), allowing you to point the microscope head to ANY direction you wish. The intensity-adjustable LED ring light provides bright, even and cool light illumination.This microscopy system is an ideal instrument for gemologists, engravers, collectors and anyone in semiconductor and/or electronic industry. It is also a right microscope for biological laboratory applications that require low heat release.Made by the same OEM supplier that provides optical instruments for Leica, Zeiss, Nikon and Olympus, it arrives brand new in a factory sealed box and retails for more than ,000.
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Saturday, November 10, 2012

AmScope Powerful 6 Watt LED Dual Gooseneck Illuminator


AmScope Powerful 6 Watt LED Dual Gooseneck Illuminator Review


AmScope Powerful 6 Watt LED Dual Gooseneck Illuminator Feature

  • Powerful 6 Watt cool light LED illuminator
  • Providing strong even lighting
  • 23-1/4" (590mm/each) long dual gooseneck lights
  • Metal Framework Intensity control Box
  • Wide band voltage (85-265VAC/50-60Hz) power supply

AmScope Powerful 6 Watt LED Dual Gooseneck Illuminator Overview

This is a 6 Watt LED dual light microscope illuminator in mint condition, with two long LED cable that can be bent into various positions. Light source is a 85-265VAC/50-60Hz unit. The lamps are 3Watt each (6 Watt in total) with fully adjustable intensity. This high intensity cool lighting LED system is excellent for all applications including biological and electronics applications. This unit is brand new in original box. Its retail value is above 0.
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Thursday, November 8, 2012

Parts of a Microscope

The microscope was invented by two Dutch eyeglass makers named Zacharias Jansen and his father Hans in the year 1590. They put some lenses in to a tube and found out that it can improve an object by as much as 9 times its normal size and the images were not so clear. The first microscopes were used more as a novelty item rather than a scientific instrument. Galileo Galilei heard of this new invention and made a great microscope. In the late 1600's, Anthony Van Leeunhoek made use of a real microscope. His microscope had a magnification of 270 times, which during those times other microscopes can only perform 50 times of magnification. This led to many scientific discoveries and citizen started finding things in places where they seem to be empty.

Parts of a Microscope:

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Eyepiece lens - It is the lens where we look through, its magnification is ordinarily 10-15 times. Tube - This connects the objective lens and the eyepiece. Arm - It gives withhold to the tube and connects it to the base. Base - It supports the whole microscope and is located at the bottom. Mirror - Used to reflect light from an external light source to the bottom of the stage. This is used to give light to the specimen on the stage. Stage - It is where the slides are placed. The stage has clips to hold the slide in place, it has adjustable knobs that move the platform left and right; and up and down. Turret or the Revolving Nosepiece - Two or more objective lenses are in this part. These objective lenses can be rotated to change power. Objective lenses - There are ordinarily three objective lenses on a microscope. The shortest lens has the bottom magnifying power and the longest one has the highest magnifying power. The longest lens is retractable because it has a spring in it in order to safe it from hitting the slide. Rack Stop - The rack stop keeps users from breaking the lens or slide by preventing them to adjust the lens too low. Factories set this and should only be adjusted when using very thin slides. Condenser Lens - Condenser lenses focus light to the specimen making images sharper. They are more beneficial at the highest powers. Diaphragm or Iris - The diaphragm is used to vary the intensity and size of the light that is focused to the slide.

Parts of a Microscope

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Wednesday, November 7, 2012

Albert Einstein and His Discoveries

Most citizen think that Albert Einstein got Nobel Prize for his celebrated work on system of relativity. But he unmistakably got the award for his discovery of the law of photo galvanic effect.

Einstein's discovery

Led Microscope Light

Einstein got the Nobel for physics in 1921. Photo galvanic effect is a phenomenon where metals emit electrons from their covering when light shines upon them. Einstein explained this phenomenon as follows:

- Light consists of small particles called photons. They carry energy proportional to the frequency of light. - When light shines upon the metals, the electrons absorb the energy from the photons and they get rejected because of the energy difference. This causes the electron flow.

Einstein's discovery led to the comprehension that light behaves both as particle and wave.

Applications

The discovery of photo galvanic effect led to the development solar cells, now useful as the alternate source of energy for us. Similarly photo diodes are an additional one application, which find wide usage in light detection in the areas of fiber optics, telecommunication and other areas.

World year of physics

1905 represented a very leading year in physics with four groundbreaking publications by Albert Einstein while that year.

These four publications are:

1) about photo galvanic effect

2) Brownian motion

3) extra system of relativity

4) The celebrated mass and energy equation E=mC2

These publications especially the extra system of relativity wholly changed the policy of physics while the later years. The mass and energy equation led to the development of atom bomb as well as constructive nuclear power. Highlighting the point of 1905 as an leading milestone in Physics, year 2005 was recognized as world year of physics on the opening of 100th anniversary of Einstein's publications.

Later years

In later years, Einstein also added an additional one publication 'general system of relativity' and worked on his unified field theory. The normal system of relativity was not thorough by many at the time he published in 1915. The concepts and the calculations behind the system were quite involved and it was not understood by many. He recommend that his calculations can be verified while a solar eclipse. After a few years, while an eclipse, observations were recorded which proved his system correct. This made him even more famous.

Einstein's mass energy equation was utilized to originate the atom bomb. Einstein was not involved in making the bomb. He spoke against the war and continued on using technology for peace until his death in 1955.

Albert Einstein and His Discoveries

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Tuesday, November 6, 2012

16ft USB Waterproof Endoscope Borescope Inspection Camera with 4 LED lights


16ft USB Waterproof Endoscope Borescope Inspection Camera with 4 LED lights Review


16ft USB Waterproof Endoscope Borescope Inspection Camera with 4 LED lights Feature

  • 5M/16ft WATER PROOF SEWER PIPE DRAIN CLEANER INSPECTION CAMERA
  • High resolution with 1/6 CMOS camera
  • 4 LED lux luminance lights can work better when the light very dark
  • Can record video, and save the video in the PC
  • This portable Digital Microscope must be connected to the computer when using.

16ft USB Waterproof Endoscope Borescope Inspection Camera with 4 LED lights Overview

Waterproof Level: IP*66
Camera head outer diameter: 14.5mm
Total length : 5meter;
Resolution : 640*480 30ftps
Sensor: 1/6 CMOS Image Sensor
Pixels: 300k Pixels
Wide visual view angle:52°
LED switch Adjustable lightness switch
USB2.0 interface
4 LEDs, the camera can catch sight in the shoot light environment
Note:
1. XP system can watch video directly without install software, Vista or Win 7 need install software which in the CD.
2. Can take photo (XP system can use itself photo function to take photo or use our software, other system need use our software to take photo)
3. Can record video, and save the video in the PC

Package included
1 x Mini USB Endoscope
1 x CD
1 x User Guide
*** Product Information and Prices Stored: Nov 06, 2012 15:00:07

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Monday, November 5, 2012

Cactus Adaptations

Environments like deserts, dry areas, and semi-barren regions receive less rainfall than other parts of the country, production water scarcity a common question in these areas. The plants which inhabit these environments have had to adapt to these conditions in order to survive. Desert plants-known as xerophytes-are most often succulents that have reduced, thick leaves. Apart from a few exceptions like Rhodcactus, all cacti are succulent plants. There are some definite cactus adaptations which enable cacti to survive in harsh environments.

The most leading cactus adaptations are the ones that allow them to conserve water, such as having reduced leaves. Reduced leaves means reduced outside area, either by production leaves shorter and thicker, or longer and thinner. This means less water is lost to the atmosphere through evaporation. We know that this is an evolutionary adaptation because of what we see under the microscope. Some other species of cactus have microscopic phloem, xylem and stomata, just like non-succulent plants. There are also ephemeral leaves in some of the cactus species, but these leaves don't last for long during the early development stages of the stem. Opuntia Ficus-indica (prickly pear cactus) is an perfect example of cactus species which has ephemeral leaves as a effect of evolution.

Microscope

Spines for Cactus Adaptations

Some cactus adaptations comprise spines which let out less water during transpirations then leaves. Spines grow from specialized structures called areoles, and defend the cactus from water-seeking animals. A few members of the spine-cactus house have rudimentary leaves which fall off once the cactus has matured. There are two genera called Pereskiopsis and Pereskia which retain large and non succulent leaves and even non succulent stems.

Cactus Adaptations through Stems

There are cactus plants that have adaptations such as enlarged stems which carry out photosynthesis and store water. These species of cacti (known as succulents) are coated with a waxy substance coated that prevents water evaporation. It helps prevent water from spreading on the surface, instead forcing water down the stem and into the roots. Cacti have hard-walled, thick succulent stem which shop water when it rains and keeps water from evaporating. The stem is basically fleshy, green and photosynthetic, and the inside of the stem is either hollow or spongy tissue to hold water.

Cactus Adaptations

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Sunday, November 4, 2012

Great Price for


45x Mini LED Pocket Microscope w/ UV Light Review



45x Mini LED Pocket Microscope w/ UV Light Feature

  • 45x LED illuminated pocket microscope with storage case.
  • Attached to its side, for your illumination, is a swiveling, removable 1" long x 1/2" diameter dual-LED ultraviolet lights.
  • Requires three LR927 batteries (included).
  • Microscope can be separated from LED Illumination assembly.
  • Comes in an equally teeny leatherette pouch.

45x Mini LED Pocket Microscope w/ UV Light Overview

The manufacturer suggests it for inspecting precious gems and fake IDs.

Related Products

Customer Reviews




*** Product Information and Prices Stored: Nov 04, 2012 06:00:08

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Saturday, November 3, 2012

Microscope Parts - What Is Inside the Microscope?

The most basic type of optical microscope is the magnifying glass. It is best to know all the different microscope parts before purchasing a microscope so that you can pick the one that is best for you.

Eyepiece Lens - This is the part of the microscope that the user indubitably uses to look straight through onto the object that is being magnified. The eyepiece lens is typically the same in most microscopes except for the children's microscope when the eyepiece lens will be built in a smaller form in order to adapt a smaller viewers face proportions.

Microscope

Objective Lenses - The objective lenses are the second set of lenses in a blend microscope. There are normally a collection of strengths of objective lenses on any one given microscope. The objective lens will normally range in magnification impel from 4X to 100X. When the objective lens is combined with the power of the eyepiece lens, then the magnification power is times by the amount of the two lenses combined. So if your eyepiece lens is 10X in impel and you concentrate that with your objective lens which is 100X in strength, then you will get the magnification power of 1000X.

Tube - The tube is responsible for connecting together the eyepiece lens and the objective lens. This is a very basic part of the microscope and only serves one single purpose. The functionality of this piece will normally never vary other than connecting the two lenses and occasionally it will also house some type of adjustment knob on the microscope.

Arm - The arm is responsible for supporting the tube and allowing the tube to be associated to the base of the microscope. The arm has no other function other than supporting the tube.

Stage - This is the place where you indubitably place your slide onto. The stage normally has two clips on it that are used to gain the slide to the surface of the slide. Some microscopes have a mechanical stage which allows the user to indubitably move the slide around using knobs instead of manually positioning the slide by hand.

Revolving Nosepiece (Turret) - This piece is used to rotate complicated objective lenses on one single microscope. This is used when you need to take the amount of magnifying power that you want to use.

Rack Stop - This part of the microscope is used to prevent the user from bringing the objective lens down to close to the slide that it breaks or damages something. This setting is set at the factory and cannot be adjusted.

Those are the most basic and common parts of a pocket microscope and you should take the time to check out each one before purchasing your microscope. Knowing all the parts of the microscope is a good way to shape out which one will work best for you.

Microscope Parts - What Is Inside the Microscope?

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