The Yehuda Sherlock Holmes is a groundbreaking technology in the field of diamond identification and analysis. This innovative tool is designed to distinguish between natural diamonds and diamonds by laboratory -made, based on their unique fluorescent and phosphorescent characteristics. However, it is important to realize that the device does not directly identify stones as "laboratory" or "natural". Instead, it provides users with data and visual indicators that need to be properly interpreted. To correctly evaluate the results, it is necessary to understand the colors that the tested stones are highlighted, and compare other parameters such as Glowing LUV.
Basic results
The main challenge in interpreting the results of the tests of Yehuda Sherlock Holmes is the correct understanding and evaluation of the displayed data. The basic results presented in the "Result" section offer the first view of the type of diamond. However, it is important not to conclude only on the basis of this information. Users should further carefully examine the LUV (Longwave UV) and "Glowing" (phosphorescence in the dark). While natural diamonds usually shine with blue color, laboratory diamonds can shine in different colors, or have partial red color. This resolution is key to the correct identification of the type of diamond.
Glowing (radiation)
The Glowing section is essential for assessing the phosphorescence of diamonds in the dark. While natural diamonds typically do not work and will not shine in the dark, laboratory diamonds can show different degrees of phosphorescence. Especially in diamonds produced by the High Pressure High Temperature (HPHT) method, it is possible to observe strong blue phosphorescence. This feature is important for their identification and distinction from natural diamonds. It is important to correctly interpret the peace and color of phosphorescence, as shown in the pictures of Glowing to achieve accurate identification.
The effect of "batteries"
The battery effect is a special phenomenon that can affect the results of diamond testing. In some cases, phosphorescent stones (such as some HPHT laboratory -made diamonds) can act as a "flashlight" illuminating the surrounding natural diamonds so that they can look as if they fosphors. In such cases, it is necessary to remove diamonds with intensive phosphorescence and repeat the test to ensure the correct identification. For detailed instructions on identifying this phenomenon, we recommend watching the Yehuda instructional video.
Resolution between CVD and HPHT laboratory -made diamonds
HPHT laboratory -made diamonds usually show strong phosphorescence, while CVD laboratory -made diamonds can show weak or no phosphorescence. The result image usually displays HPHT diamonds in red, while CVD diamonds can be displayed in non-blue color or with some red color.
Simulants
Simulants such as Moissanite or Cubic Zircon are not under the lighting of the Yehuda device as a fluorescent or phosphorescent. They are displayed as black, making it easier to distinguish them from diamonds.
False positive results
False positive results, where the natural diamond is mistakenly identified as laboratory produced, may occur in about 2.5 % of natural diamonds. In order to reduce the risk of false positive results, it is always necessary to check the test results under long -wave UV light.
Importance of Red Filter Settings and Long UV Settings
Specific settings of the red filter and long UV are key to the correct analysis and identification of diamonds. These settings are described in detail in the Yehuda instructional videos.
Setting exposure
The exposure setting is important for the correct interpretation of the results. For details on how to set up the exposure correctly, it is recommended to watch the Yehuda instructional videos.
Conclusion
Yehuda Sherlock Holmes is a device providing accurate and reliable results in the identification and analysis of diamonds. However, to achieve the best results, it is necessary to interpret data correctly and use all available functions. We recommend that you go in detail instructional videos Yehuda and the most up -to -date information to use this sophisticated tool.
This article is based on available manuals and Yehuda documentation, and provides a basic overview of Yehuda Sherlock Holmes.
