It is not all your fault, johnnyrub. The reason your link did not include the lady's page even though you were probably looking at it when you copied the url is that Boston Eros uses frames in their web design. (that is why they have a clickable link at the bottom of the lady's page labled "Click to create a direct link") I thought frames were deprecated in HTML 5, but they are not, as I learned from a thread over at stackoverflow. Pascal Qyy seems like a pretty smart guy and he says they are obsolete and discouraged in both HTML 5 and XHMTL, but not deprecated. What surprised me when I poped Boston Eros's code was that they were using framesets, not iframe (inline frame). Really old technology! Their web site was originally designed in the late '90s or early 2000s and they have been incrementally upgrading it and they are left with a little legacy code. I remember back in 1999 and 2000 I was pretty proud of myself for including the then new frameset technology in a few websites I designed for my own use, even though I am not a web professional. Since then I have not kept up with web technology, so I had to search to find out if frames were deprecated.
A little primer: Frameset uses a web document called a frame. It loads other web documents as part of the overall presentation. On the left there is a web document that is the menu loaded into a frame the size and shape of which is defined by the frameset code. When you click a link in the menu the web server loads the linked web document into the main frame to the right of the menu. Through all this the url of the frameset does not change, only different components are loaded into the different frames within it. Each component of the page is a separate HTML document.
The other thing you can do besides clicking the link to generate a direct link url is to right click on the lady's page (within the right frame) and click properties. A menu will pop up with Address (URL) at about the middle. (In IE9) It is the same direct link url that their link generates. Copy and past it.
Since inquiring minds apparently would like to know.
Czochralski process From Wikipedia, the free encyclopedia
The Czochralski process is a method of crystal growth used to obtain single crystals of semiconductors (e.g. silicon, germanium and gallium arsenide), metals (e.g. palladium, platinum, silver, gold), salts, and synthetic gemstones. The process is named after Polish scientist Jan Czochralski,[1] who discovered the method in 1916 while investigating the crystallization rates of metals.
The most important application may be the growth of large cylindrical ingots, or boules, of single crystal silicon. Other semiconductors, such as gallium arsenide, can also be grown by this method, although lower defect densities in this case can be obtained using variants of the Bridgman-Stockbarger technique.
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