Specifications

Number of references: 8

Main heading: Color

Controlled terms: Colorimeters - Colorimetry

Uncontrolled terms: Colorimetric measurement - Experimental research -

Printing process - Quantity control - Regression method - Transformation algorithm -

Wide spreads

Classification code: 741.1 Light/Optics - 941.3 Optical Instruments - 941.4 Optical

Variables Measurements

DOI: 10.4028/www.scientific.net/AMM.262.258

Database: Compendex

Accession number: 20130515953752

Title: Study on solid-liquid interface morphology simulation method and control

parameters of Cz-Si under multi-stream coupled environment

Authors: Jiang, Lei1 ; Liu, Ding1 ; Zhao, Yue1 ; Liu, Zhi-Shang1/姜雷;刘丁;赵跃;刘志尚

Author affiliation:

1 National United Crystal Growth Equipment and System Integration Engineering Research

Center, Xi'an University of Technology, Xi'an 710048, China

Corresponding author: Jiang, L. (jjyyeng@gmail.com)

Source title: Rengong Jingti Xuebao/Journal of Synthetic Crystals

Abbreviated source title: Rengong Jingti Xuebao

Volume: 41

Issue: 6

Issue date: December 2012

Publication year: 2012

Pages: 1762-1767

Language: Chinese

ISSN: 1000985X

CODEN: RJXUEN

Document type: Journal article (JA)

Publisher: Chinese Ceramic Society, Baiwanzhuang, Beijing, 100831, China

Abstract: The problem of solid-liquid interface morphology which plays an important role in

crystal growth is a moving boundary. Whereas coupled with melt convection especially directed

with forced convection caused by crystal rotation, moving boundary problem is composed of

factors that contain third-party coupling in Cz-Si system. Based on FVM, an iterative solution

method is proposed under multi-stream coupled environment through simulation to solid-liquid

interface morphology and an analysis method is given to research on crystal rotation impact on

interface morphology in this paper. Different from the most simulation results, this paper

compared simulation results with the true interface morphology which is obtained by quick

lift-off method in practice. By comparing the test, simulation results consistent test well.

Number of references: 15

Main heading: Iterative methods

Controlled terms: Crystal growth - Crystal orientation - Morphology - Silicon