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Crystal Growth Fundamentals.  Thermodynamics, Kinetics and Transport

Chapter Preprint to be translated for Synthetic Crystals (China Chemi-cal Industry Press 2022) 

now avalable via ResearchGate:

https://www.researchgate.net/publication/349087856_A_Compressed_Approach_

to_the_Theory_of_Crystal_Growth_Thermodynamics_Kinetics_and_Transport

 

Thermodynamics, Origin, and Control

of Defects

2022

Revised manuscript is now avalable via ResearchGate:

https://www.researchgate.net/publication/229752781_Thermodynamics_Origin_and_

Control_of_Defects/stats

 

Lectures on Crystal Growth and Defects,

 

Fundamentals of Crystal Growth

Online Lecture for the Key Laboratory of Radiation Detection Materials and Devices, MIIT, Northwestern Polytechnical University, Xian, China, September 26 - 30, 2022

 

Fundamentals of CdTe and (Cd,Zn)Te Bulk-Crystal Growth

Online Lecture for the Microelectronic Design Dept. in Ankara, Turkey, August 15 - 19, 2022

 

8th International Workshop on Crystal Growth Technology (IWCGT-8)

Berlin (Germany), May 29 - June 02, 2022

Invited Talk:

Growth Specifis of CdTe and Related Mixed Systems

 

2nd Indian Summer School on Crystal Growth (ISSCG-2022),

16-21 May 2022, in Chennai, India

Online lecture:

Importance of Crystal Growth and Future Topics

 

Video Lecture at December 21, 2021,

for the State Key Lab of Crystal Materials,

Shandong University, China

Crystal Growth of II-VI Compounds

 

Video Lecture at December 22, 2021,

for the State Key Lab of Crystal Materials,

Shandong University, China

Crystal Growth of II-VI Compounds

 

 

Publications

 

Edition:

Handbook of Crystal Growth, Elsevier 2015, Eds: T. Nishinaga (Vol 1a,b), P. Rudolph (Vol. 2a,b), T. Kuech (Vol. 3a,b), see below

http://store.elsevier.com/Handbook-of-Crystal-Growth/isbn-9780444633033/

 

W. Miller, H. Klapper, P. Rudolph, A. Danilewsky

The History of German Association for Crystal Growth

Cryst. Res. Technol. 55 (2020) 1900202 

 

Ch. Frank-Rotsch, N. Dropka, F.-M. Kießling, P. Rudolph

Semiconductor Crystal Growth under the Influence of Magnetic Fields

Cryst. Res. Technol. 55 (2020) 1900115

International Lectures on Crystal Growth
Flyer-IKZ-WinterSchool_19.pdf
PDF-Dokument [248.4 KB]
Rudolph, Dislocation Patterning... CRT 52 (2017) 1
Rudolph Dislocation patterning Review CR[...]
PDF-Dokument [2.1 MB]
Flyer HB Vol II
Flyer HB of CG Vol II.pdf
PDF-Dokument [431.8 KB]
Fundamentals and engineering of defects - a review
Rudolph Defect Engineering.pdf
PDF-Dokument [3.6 MB]
640 kg mc-Si under TMF
640 kg TMF final printed.pdf
PDF-Dokument [1.7 MB]
TMF Efficiency at crystallization
Dropka et al. JCG_efficiency.pdf
PDF-Dokument [2.8 MB]
Influence of travelling magnetic fields on S–L interface shapes of materials with different electrical conductivities
Dropka TMF in various materials.pdf
PDF-Dokument [1.2 MB]
Numerical analysis of the influence of ultrasonic vibration on crystallization processes.
Ubbenjans, Ultrasonic vibration.pdf
PDF-Dokument [565.6 KB]
Characterization of mc-Si solidified in TMF
Kiessling G1 JCG.pdf
PDF-Dokument [1.4 MB]
Rectangular Cz crystals
Jap. J. Crystal Growth galley manuscript[...]
PDF-Dokument [3.9 MB]
Numerical modelling of Czochralski growth of quadratic silicon crystals by means of a travelling magnetic field
Miller rectangular Cz.pdf
PDF-Dokument [609.6 KB]
Verfahren zur Durchmischung von elektrisch leitenden Schmelzen bei Kristallisationsprozessen [Method for mixing of electrically conducting melts during processes of crystallization].
Mischung DE102008027359B4.pdf
PDF-Dokument [1.2 MB]
Verfahren und Anordnung zur Herstellung von Kristallblöcken hoher Reinheit und dazugehörige Kristallisationsanlage
DE 10 2010 028 173.pdf
PDF-Dokument [754.2 KB]
Kristallisationsanlage und Kristallisationsverfahren zur Herstellung eines Blocks aus einem Material, dessen Schmelze elektrisch leitend ist.
DE102010041061B4.pdf
PDF-Dokument [916.0 KB]