Table of Contents Table of Contents
Previous Page  102 / 390 Next Page
Information
Show Menu
Previous Page 102 / 390 Next Page
Page Background

Acknowledgements

This work was supported by Elkem AS (Norway). The authors thank Vegar Andersen,

Kjell Håkon Berget, Tobjørn Røe and Harry Rong from Elkem AS (Norway) for

comments that greatly improved the manuscript and for the great interest shown for

this work.

References

1.

S. Bernardis,

Engineering impurity behaviour on the micron-scale in metallurgical-grade

silicon production,

Doctoral thesis at Massachusetts Institute of Technology, Cambridge,

USA, 2012

2.

A. Schei, H. Tveit,

Production of silicon alloys

, Trondheim: Tapir Forlag, 1998

3.

H. Rong.

Silicon for the direct process to methyl-chlorosilanes

, Doctoral thesis at Institute for

inorganic chemistry, NTH Norge tekniske Høgskole, Trondheim, Norway,1992.

4.

J.O. Hoel.

Fluidized bed reactor presentation (private communication)

, Trondheim, Norway,

2014

5.

E.D. Hondros,

Interfacial and surface thermochemistry

, North-Holland: Cahn R.W. and

Haasen P.Eds. , 1983

6.

P.Shewmon,

Diffusion in solids

, The mineral, metals & materials society, 1983

7.

A.P. Sutton

, Interfaces in crystalline materials

, University of Michigan, USA: Clarendon

press, 1995

8.

T. Margaria,

Identification and Control of the Characteristics of Silicon used in Direct

Synthesis

, in “Silicon for the chemical industry”, 1994, pp. 69– 80

9.

J.A. deHuff,

The structure of ferrosilicon

, Electrical furnace proceeding, 1969, pp.167–174.

10.

J.C. Anglezio et al.,

Characterization of Metallurgical Grade Silicon

, Journal of Materials

Research,

5

, 1990, pp.1894–1899

11.

T. Margaria. et al., 1996.

Silicon Refining: Experimental Studies and Industrial Means to

Control Silicon Quality

, in “Silicon for the chemical industry”, 1996, pp.21–31

12.

J. van den Boomgaard,

Stability of the high-temperature phase FeSi

2

. Journal of the iron and

steel institute, 1994

13.

H. Tveit, 1988.

Størkning av 75% Ferrosilisium: Forløp. struktur og styrke

. Doctoral thesis at

NTH Norge tekniske Høgskole, Trondheim, Norway 1988

14.

M. Bjorndal,

Studier av en faseovergang i 58% ferrosilisium ved hjelp av elektronmikroskopi

,

Master thesis in Physics of Materials, NTH Norge tekniske Høgskole, Trondheim, Norway

1990

15.

T. Margaria et al.,

Intermetallic compounds in metallurgical grade Silicon

, in “INFACON”,

Cape Town, 1992, pp. 209–214.

16.

A.L. Dons, Final report Si-struc-SINTEF F9400, 2009

17.

H. Sørheim,

The influence of intermetallilc phases on the production of methylchlorosilanes,

Doctoral thesis at NTH Norge tekniske Høgskole, Trondheim, Norway 1994

18.

G. Laroze et al.,

Proceedings of the Silicon for the chemical industry

, in “Silicon for the

chemical industry”, Geiranger, Norway, 1992, pp. 151–163.

19.

G. Schüssler,. NO Patent 169831.

20.

D. Gaskell, D,

Introduction to the thermodynamics 5th ed

., New York (USA): Taylor and

Francis, 2008

21.

K. Morita et al.,

Thermodynamics of solar-grade-silicon refining,

Intermetallics,

11

, 2003

pp.1111–1117.

22.

M.R. Jo et al.,

A nano-Si/FeSi 2 Ti heterostructure with structural stability for highly

reversible lithium storage

, Nanoscale, 6(

2

), 2014, pp.1005–1010.

94