Design of quartz chemical delivery parts for high temperature vacuum chambers base of simulation results
Yıl: 2015 Cilt: 4 Sayı: 1 Sayfa Aralığı: 33 - 39 Metin Dili: Diğer İndeks Tarihi: 29-07-2022
Design of quartz chemical delivery parts for high temperature vacuum chambers base of simulation results
Öz: -
Anahtar Kelime: Konular:
-
Öz: Many of today s technologies and research techniques depend on process and methods in high andultra- high vacuum chambers. High temperature vacuum chambers require innovative concept and useof unusual materials in design to achieve quality performance. In order to obtain quality performance,the temperature and gas delivery on the vacuum chamber surface must be uniformly distributed. In thiswork, a new funnel for high temperature vacuum chamber was successfully designed and tested usingcomputer - based simulation techniques. The funnel was made of quartz crystal (Grade 2) due to abilityto absorb temperature, properties of low gas permeability and low temperature coefficient. In order tomitigate O- rings from high temperature failure and to reduce non-uniformity effect during temperaturedelivery, a new quartz funnel was developed. The simulation and experimental results show thatuniformity distributions in temperature of vacuum chamber surface were obtained with new funneldesign.
Anahtar Kelime: Konular:
Belge Türü: Makale Makale Türü: Araştırma Makalesi Erişim Türü: Erişime Açık
- 1. R.A. Campbell, and D.W. Goodman, A new design for a multi technique ultrahigh vacuum surface analysis chamber with high pressure capabilities , Volume 63, Issue 1, pp.172- 174, Jan. 1992.
- 2. www.huntvac.com., 02/01/2015.
- 3. C. Hauviller, Design rules for vacuum chamber, CERN Accelerator School: Vacuum in Accelerators Proc. Cas, pp. 31 - 42 May. 2007.
- 4. U. Hahn, P. K. Hartog, J. Pfluger, M. Ruter, G. Schmidt, and E.M. Trakhtenberg, Design and performance of the vacuum chambers for theundulator of the VUV FEL at the TESLA test facility at DES, Nuclear Instruments and Methods Physics Research Section A, Volume 445, Issue 1 - 3, pp. 442- 447. A 445, 2000.
- 5. G.D. Alexeev, L.N. Glonti, V.D. Kekelidze, and et al., The thin- wall tube drift chamber operating in vacuum , Proceedings of the 12th Pisa Meeting on Advanced Detectors, 20- 26, Volume 718, pp.421 - 423, May 2012.
- 6. K.M. Birnbaum, and The Quantum Optics Group, Ultra- high vacuum chambers, California Institute of Technology, Norman Bridge Laboratory of Physics, CA 91125. Tech. Rep. 12- 33, 2005.
- 7. V. Avagyan, H. Gagiyan, S. Nagdalyan, H. Petrosyan, Vacuum Chamber Design Considerations for Candle Light Source Proc. of EPAC, Paris, France, pp. 2532- 2534 2002.
- 8. F. Burri, M. Fertl, and et al., Copper coated carbon fiber reinforced plastics for high and ultra- high vacuum applications, Journal of vacuum science and technology, Volume 101 , pp. 212- 216, 2013.
- 9. Y.C. Kang, D. A. Milovancev, and et al., Ultra- high vacuum investigation of the surface chemistry of zirconium , Journal of Nuclear Materials, Vol ume 281, pp. 57- 64, 2000.
- 10. M. Goryachev, S. Galliou, J. Imbaud, and Abbe, P, Advances in development of quartz crystal oscillators at liquid helium temperatures , Cryogenics, Volume 57, pp. 104- 112, Oct. 2013.
- 11. F. Balik, A. Dziedzic, and T. Swietlik, Quartz crystal unit modeling at cryogenic temperatures , Materials Science and Engineering, Volume 177, Issue 15, pp. 1254- 1260, Sep. 2012.
- 12. www.quartz.com/gedata, 02/01/2015.
| APA | KAPLAN E, Ünker F, ÇUVALCI O (2015). Design of quartz chemical delivery parts for high temperature vacuum chambers base of simulation results. , 33 - 39. |
| Chicago | KAPLAN ERDAR,Ünker Faruk,ÇUVALCI OLKAN Design of quartz chemical delivery parts for high temperature vacuum chambers base of simulation results. (2015): 33 - 39. |
| MLA | KAPLAN ERDAR,Ünker Faruk,ÇUVALCI OLKAN Design of quartz chemical delivery parts for high temperature vacuum chambers base of simulation results. , 2015, ss.33 - 39. |
| AMA | KAPLAN E,Ünker F,ÇUVALCI O Design of quartz chemical delivery parts for high temperature vacuum chambers base of simulation results. . 2015; 33 - 39. |
| Vancouver | KAPLAN E,Ünker F,ÇUVALCI O Design of quartz chemical delivery parts for high temperature vacuum chambers base of simulation results. . 2015; 33 - 39. |
| IEEE | KAPLAN E,Ünker F,ÇUVALCI O "Design of quartz chemical delivery parts for high temperature vacuum chambers base of simulation results." , ss.33 - 39, 2015. |
| ISNAD | KAPLAN, ERDAR vd. "Design of quartz chemical delivery parts for high temperature vacuum chambers base of simulation results". (2015), 33-39. |
| APA | KAPLAN E, Ünker F, ÇUVALCI O (2015). Design of quartz chemical delivery parts for high temperature vacuum chambers base of simulation results. International Journal of Automotive Engineering and Technologies, 4(1), 33 - 39. |
| Chicago | KAPLAN ERDAR,Ünker Faruk,ÇUVALCI OLKAN Design of quartz chemical delivery parts for high temperature vacuum chambers base of simulation results. International Journal of Automotive Engineering and Technologies 4, no.1 (2015): 33 - 39. |
| MLA | KAPLAN ERDAR,Ünker Faruk,ÇUVALCI OLKAN Design of quartz chemical delivery parts for high temperature vacuum chambers base of simulation results. International Journal of Automotive Engineering and Technologies, vol.4, no.1, 2015, ss.33 - 39. |
| AMA | KAPLAN E,Ünker F,ÇUVALCI O Design of quartz chemical delivery parts for high temperature vacuum chambers base of simulation results. International Journal of Automotive Engineering and Technologies. 2015; 4(1): 33 - 39. |
| Vancouver | KAPLAN E,Ünker F,ÇUVALCI O Design of quartz chemical delivery parts for high temperature vacuum chambers base of simulation results. International Journal of Automotive Engineering and Technologies. 2015; 4(1): 33 - 39. |
| IEEE | KAPLAN E,Ünker F,ÇUVALCI O "Design of quartz chemical delivery parts for high temperature vacuum chambers base of simulation results." International Journal of Automotive Engineering and Technologies, 4, ss.33 - 39, 2015. |
| ISNAD | KAPLAN, ERDAR vd. "Design of quartz chemical delivery parts for high temperature vacuum chambers base of simulation results". International Journal of Automotive Engineering and Technologies 4/1 (2015), 33-39. |
