bác nào biết chỗ nào trên internet nói về nhiệt điện thì cho em địa chỉ??

bác nào biết chỗ nào trên internet nói về nhiệt điện thì cho em địa chỉ??

Em đang cần đọc một số tài liệu tiếng Anh về Nhà máy nhiệt điện mà không biết lấy ở đâu trên Internet.
Bác nào biết thì share cho em với.

Thank a lot

Cậu thử click đại vào cái link này nhé:
http://www.google.com.vn/search?hl=vi&q=%22thermal+power+plant%22&meta=
Regard

em cũng đang tìm trên google đây nhưng toàn nói liên miên mà không đi sâu vào công nghệ. Cám ơn bác linhmoi123, lần nào cũng nhiệt tình giúp mình. Khổ nổi vẫn chưa biết vote như thế nào cho bác.
Thôi 5 cái thanks cho bác vậy.
Thanks Thanks Thanks Thanks Thanks

http://www.tva.gov/power/index.htm
http://www.tva.gov/power/fossil.htm

Check them out:

About TE Technology ​

TE Technology, Inc. of Traverse City, Michigan, is dedicated to delivering the best thermoelectric product and solution to every customer. With over 40 years of experience in thermoelectric product design, prototyping and manufacturing, TE Technology has the experience and knowledge to deliver for businesses both large and small. We recognize that our customers may not be thermoelectric experts. Thermoelectrics is a highly specialized field that, until recently, has been used primarily by the military and NASA. TE Technology has an ongoing commitment to research and development in thermoelectrics. Our dedicated and supportive staff will work closely with you to determine the thermoelectric prototype and product that will fit your needs. We offer individual product design, as well as a standard line of cooling assemblies. We have a world-wide network of sources that we have qualified so that we can assure our customers the best thermoelectric system VALUE in the world. If you need the ultimate performance that thermoelectrics can achieve, the absolute minimum in price, or the optimal trade-off, we can do it! TE Technology understands that the quality of your products depends upon the quality of our products. TE Technology''s engineering and manufacturing team provides our customers - and your customers - the quality they expect. Our reputation for confidentiality is our mainstay, and we will execute non-disclosure agreements or take whatever means necessary to protect your proprietary rights. TE Technology works with you and for you.
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thermoelectricity ​

direct conversion of heat into electric energy, or vice versa. The term is generally restricted to the irreversible conversion of electricity into heat described by the English physicist James P. Joule and to three reversible effects named for Seebeck, Peltier, and Thomson, their respective discoverers. According to Joule''s law, a conductor carrying a current generates heat at a rate proportional to the product of the resistance ( R ) of the conductor and the square of the current ( I ). The German physicist Thomas J. Seebeck discovered in the 1820s that if a closed loop is formed by joining the ends of two strips of dissimilar metals and the two junctions of the metals are at different temperatures, an electromotive force, or voltage, arises that is proportional to the temperature difference between the junctions. A circuit of this type is called a thermocouple; a number of thermocouples connected in series is called a thermopile. In 1834 the French physicist Jean C. A. Peltier discovered an effect inverse to the Seebeck effect: If a current passes through a thermocouple, the temperature of one junction increases and the temperature of the other decreases, so that heat is transferred from one junction to the other. The rate of heat transfer is proportional to the current and the direction of transfer is reversed if the current is reversed. The Scottish scientist William Thomson (later Lord Kelvin) discovered in 1854 that if a temperature difference exists between any two points of a current-carrying conductor, heat is either evolved or absorbed depending upon the material. (This heat is not the same as Joule heat, or I2R heat, which is always evolved.) If heat is absorbed by such a circuit, then heat may be evolved if the direction of the current or of the temperature gradient is reversed. It can be shown that the Seebeck effect is a result of the combined Peltier and Thomson effects. Magnetic fields have been shown to influence all these effects. Many devices based on thermoelectric effects are used to measure temperature, transfer heat, or generate electricity.
(source:encyclopedia&technologyreview)

Incredible.
Thank a lot

Mấy cái này cũng khoai thật, mình chỉ kịp nghĩ tới một từ thôi:
Hệ thống nước ngưng = condenser
Còn mấy cái kia đợi kiếm cái chuẩn hơn nhé, vì là thuật ngữ chuyên ngành mình chẳng dám dịch word by word.

Quả thật mấy cái này khoai thật, vì chẳng bao giờ động tới, phải đọc lại rất nhiều thứ mới tìm được cho cậu, nhưng mình không chắc lắm đâu, bởi vì nếu có tài liệu của cậu, đọc xong thì mình mới biết là đúng hay không:
1. Hệ thống hơi tự dùng
Heat recovery steam generator
2. Hệ thống cyclon phần tái tuần hoàn
Recirculation cyclone
3. Tuabin ngưng hơi, có gia nhiệt hồi nhiệt nước cấp, đồng trục, hai dòng xả.
Condensing turbine with bleedings for feed water, single cylinder, double flow
4. Hệ thống hơi chèn tuabin
Control vavles for turbine steam (cái này thì không chắc lắm)
5. Hệ thống nước ngưng
Condenser
6. Hệ thống gia nhiệt hồi nhiệt nước cấp
Heating - cooling feed water system
Cuối cùng, nếu có không đúng thì cũng xin lỗi nhé.

thank bác nhiều.
Nghe đã thấy chuyên nghiệp rồi