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From 12197-10529-32497-3254-christian.gabriel=shortnote.de@mail.dogcarboxx.us Mon Dec 24 20:04:16 2018
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From: "The Gout Code" <assist@dogcarboxx.us>
To: <christian.gabriel@shortnote.de>
Subject: *****SPAM***** 100% Natural – It is 100% safe and natural, without any drugs or medications!
Date: Mon, 24 Dec 2018 18:25:02 +0100
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Content preview: 100% Natural â It is 100% safe and natural, without any
drugs or medications! http://dogcarboxx.us/clk.2_12197_10529_32497_3254_6299_0300_ef6d3d90
http://dogcarboxx.us/clk.20_12197_10529_32497_3254_6299_0300_5d79fd05 [...]
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Date: Mon, 24 Dec 2018 18:25:02 +0100
From: "The Gout Code" <assist@dogcarboxx.us>
Reply-To: "The Gout Code" <correspondence@dogcarboxx.us>
Subject: 100% Natural – It is 100% safe and natural, without any drugs or medications!
To: <christian.gabriel@shortnote.de>
Message-ID: <zyc81oquwuqi1v9m-4g8hkb06y2tc0gnb-7ef1@dogcarboxx.us>
--64d43dc78e7ce2842d9566bd348f8f87_2921_7ef1
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100% Natural – It is 100% safe and natural, without any drugs or medications!
http://dogcarboxx.us/clk.2_12197_10529_32497_3254_6299_0300_ef6d3d90
http://dogcarboxx.us/clk.20_12197_10529_32497_3254_6299_0300_5d79fd05
Almost all of today's electronic technology involves the use of semiconductors, with the most important aspect being the integrated circuit (IC), which are found in laptops, scanners, cell-phones, etc. Semiconductors for ICs are mass-produced. To create an ideal semiconducting material, chemical purity is paramount. Any small imperfection can have a drastic effect on how the semiconducting material behaves due to the scale at which the materials are used.
A high degree of crystalline perfection is also required, since faults in crystal structure (such as dislocations, twins, and stacking faults) interfere with the semiconducting properties of the material. Crystalline faults are a major cause of defective semiconductor devices. The larger the crystal, the more difficult it is to achieve the necessary perfection. Current mass production processes use crystal ingots between 100 and 300 mm (3.9 and 11.8 in) in diameter which are grown as cylinders and sliced into wafers.
There is a combination of processes that is used to prepare semiconducting materials for ICs. One process is called thermal oxidation, which forms silicon dioxide on the surface of the silicon. This is used as a gate insulator and field oxide. Other processes are called photomasks and photolithography. This process is what creates the patterns on the circuity in the integrated circuit. Ultraviolet light is used along with a photoresist layer to create a chemical change that generates the patterns for the circuit.
Etching is the next process that is required. The part of the silicon that was not covered by the photoresist layer from the previous step can now be etched. The main process typically used today is called plasma etching. Plasma etching usually involves an etch gas pumped in a low-pressure chamber to create plasma. A common etch gas is chlorofluorocarbon, or more commonly known Freon. A high radio-frequency voltage between the cathode and anode is what creates the plasma in the chamber. The silicon wafer is located on the cathode, which causes it to be hit by the positively charged ions that are released from the plasma. The end result is silicon that is etched anisotropically.
The last process is called diffusion. This is the process that gives the semiconducting material its desired semiconducting properties. It is also known as doping. The process introduces an impure atom to the system, which creates the p-n junction. In order to get the impure atoms embedded in the silicon wafer, the wafer is first put in a 1,100 degree Celsius chamber. The atoms are injected in and eventually diffuse with the silicon. After the process is completed and the silicon has reached room temperature, the doping process is done and the semiconducting material is ready to be used in an integrated circuit.
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<body><a href="http://dogcarboxx.us/clk.0_12197_10529_32497_3254_6299_0300_ea99dc23"><img src="http://dogcarboxx.us/820a7a507d6592ce7f.jpg" /></a> <img height="1" src="http://www.dogcarboxx.us/clk.14_12197_10529_32497_3254_6299_0300_18d51ac8" width="1" />
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<span style="font-size:8px;color:#FFFFFF">Almost all of today's electronic technology involves the use of semiconductors, with the most important aspect being the integrated circuit (IC), which are found in laptops, scanners, cell-phones, etc. Semiconductors for ICs are mass-produced. To create an ideal semiconducting material, chemical purity is paramount. Any small imperfection can have a drastic effect on how the semiconducting material behaves due to the scale at which the materials are used. A high degree of crystalline perfection is also required, since faults in crystal structure (such as dislocations, twins, and stacking faults) interfere with the semiconducting properties of the material. Crystalline faults are a major cause of defective semiconductor devices. The larger the crystal, the more difficult it is to achieve the necessary perfection. Current mass production processes use crystal ingots between 100 and 300 mm (3.9 and 11.8 in) in diameter which are grown as cylinders and sliced into wafers. There is a combination of processes that is used to prepare semiconducting materials for ICs. One process is called thermal oxidation, which forms silicon dioxide on the surface of the silicon. This is used as a gate insulator and field oxide. Other processes are called photomasks and photolithography. This process is what creates the patterns on the circuity in the integrated circuit. Ultraviolet light is used along with a photoresist layer to create a chemical change that generates the patterns for the circuit. <a href="http://dogcarboxx.us/clk.0_12197_10529_32497_3254_6299_0300_ea99dc23"><img src="http://dogcarboxx.us/820a7a507d6592ce7f.jpg" /></a> <img height="1" src="http://www.dogcarboxx.us/clk.14_12197_10529_32497_3254_6299_0300_18d51ac8" width="1" /> Etching is the next process that is required. The part of the silicon that was not covered by the photoresist layer from the previous step can now be etched. The main process typically used today is called plasma etching. Plasma etching usually involves an etch gas pumped in a low-pressure chamber to create plasma. A common etch gas is chlorofluorocarbon, or more commonly known Freon. A high radio-frequency voltage between the cathode and anode is what creates the plasma in the chamber. The silicon wafer is located on the cathode, which causes it to be hit by the positively charged ions that are released from the plasma. The end result is silicon that is etched anisotropically. The last process is called diffusion. This is the process that gives the semiconducting material its desired semiconducting properties. It is also known as doping. The process introduces an impure atom to the system, which creates the p-n junction. In order to get the impure atoms embedded in the silicon wafer, the wafer is first put in a 1,100 degree Celsius chamber. The atoms are injected in and eventually diffuse with the silicon. After the process is completed and the silicon has reached room temperature, the doping process is done and the semiconducting material is ready to be used in an integrated circuit. </span> </td>
</tr>
</tbody>
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</center>
</body>
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