Application of Wireless Communication in Temperature Measurement - Advanced Research on Computer Education, Simulation and Modeling - page 433

yet further discussion hereafter from two aspects of the theories and practice. It laid
the groundwork for further exploring the law of single crystal growth and mastering
the optimal control parameters. The test proved that the control system runs well on
the crystal growth furnace, the function is stable, the work is dependable, and the
operation and usage are convenient.
Fig. 5. CdZnTe single crystal
Acknowledgments. This work's funds were provided by Natural Science Foundation
of China (NSFC), Grant No. 50372036.
References
1. Li, Q.-f., Zhu, S.-f., Zhao, B.-j., et al.: Growth and properties of high resistivity
Cd0.8Zn0.2Te single crystals. Chinese Journal of Semiconductors 23(2), 157-160 (2002)
(in Chinese)
2. Princeton Technology Corp. Remote Control Encoder PT2262 (V3.8), Taiwan (September
2008)
3. Princeton Technology Corp. Remote Control Decoder PT2272 (V3.7), Taiwan (June 2008)
4. Liu, J., Song, D., Zhang, H., Zhai, S.: Optimization of control parameters of cadmium zinc
telluride Bridgman single crystal growth. J. Crystal Research and Technology 42(8), 741-
750 (2007)
5. Song, D.-j., Liu, J.-c.: Control system of ball screw on growing crystal stove. Microcom-
puter Information 24(22), 58-59 (2008) (in Chinese)