Volume Information Source: Philosophical Transactions of the Royal Society of London. Series A, Mathematical and Physical Sciences, Vol. 295, No. 1417 (Feb. 29, 1980), pp. 619-623 Published by: The Royal Society Stable URL: http://www.jstor.org/stable/36646 . Accessed: 01/05/2014 12:23 Your use of the JSTOR archive indicates your acceptance of the Terms & Conditions of Use, available at . http://www.jstor.org/page/info/about/policies/terms.jsp . JSTOR is a not-for-profit service that helps scholars, researchers, and students discover, use, and build upon a wide range of content in a trusted digital archive. We use information technology and tools to increase productivity and facilitate new forms of scholarship. For more information about JSTOR, please contact [email protected]. . The Royal Society is collaborating with JSTOR to digitize, preserve and extend access to Philosophical Transactions of the Royal Society of London. Series A, Mathematical and Physical Sciences. http://www.jstor.org This content downloaded from 130.132.123.28 on Thu, 1 May 2014 12:23:07 PM All use subject to JSTOR Terms and Conditions
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Volume InformationSource: Philosophical Transactions of the Royal Society of London. Series A, Mathematical andPhysical Sciences, Vol. 295, No. 1417 (Feb. 29, 1980), pp. 619-623Published by: The Royal SocietyStable URL: http://www.jstor.org/stable/36646 .
Accessed: 01/05/2014 12:23
Your use of the JSTOR archive indicates your acceptance of the Terms & Conditions of Use, available at .http://www.jstor.org/page/info/about/policies/terms.jsp
.JSTOR is a not-for-profit service that helps scholars, researchers, and students discover, use, and build upon a wide range ofcontent in a trusted digital archive. We use information technology and tools to increase productivity and facilitate new formsof scholarship. For more information about JSTOR, please contact [email protected].
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The Royal Society is collaborating with JSTOR to digitize, preserve and extend access to PhilosophicalTransactions of the Royal Society of London. Series A, Mathematical and Physical Sciences.
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Adams, M. W. W. See Hall, Adams, Morris & Rao. Anderson, B. & Lovell, Sir Bernard. Effect of solar power satellite transmissions on radio-astronomical research,
507. Arrowsmith, J. M. See Mintz & Arrowsmith. Asaro, R. J. Adsorption-induced losses in interfacial cohesion, 151.
Batte, A. D., Brear, J. M., Holdsworth, S. R., Myers, J. & Reynolds, P. E. The effects of residual elements and deoxidation practice on the mechanical properties and stress relief cracking susceptibility of j %CrMoV turbine castings, 253.
Batte, A. D. & Murphy, M. C. Reheat cracking in 2ICrMo weld metal: the influence of residual elements and microstructuret, 293.
Beaven, P. A., Miller, M. K., Williams, P. R., Delargy, K. M. & Smith, G. D. W. Trace element detection at the atomic level by atom probe microanalysist, 131.
Bernstein, I. M. See Pressouyre & Bernstein. Biggin, S. See Dingley & Biggin. Billingham, J. See Chubb, Billingham, Hancock, Dimbylow & Newcombe. Boardman, N. K. Energy from the biological conversion of solar energy, 477. Bondi, Sir Hermann. Indirect utilization of solar energy, 501. Brear, J. M. & King, B. L. An assessment of the embrittling effects of certain residual elements in two nuclear
pressure vessel steels (A533B, A508)t, 291. Brear, J. M. See Batte, Brear, Holdsworth, Myers & Reynolds. Brinkworth, B. J. Results of solar heating experiments, 361. Bullock, E., Lea, C. & McLean, M. Benefits of minor additions of yttrium to the oxidation and creep behaviour of
a nickel-based compositet, 332.
Castagne, J. L. See Lemble, Pineau, Castagne, Dumoulin & Guttmann. Charles, J. A. Recycling effects on the composition of non-ferrous metals, 57. Chubb, J. P., Billingham, J., Hancock, P., Dimbylow, C. & Newcombe, G. The effect of alloying and residual
elements on the strength and hot ductility of cast cupro-nickelt, 123. Clausing, R. E. See White, Clausing & Heatherly. Coates, D. J. & Hendry, A. The influence of nitrogen on the oxidation resistance of low alloy steelst, 336. Collins, R. A., Miihl, S. & Dearnaley, G. The effect of rare-earth impurities on the oxidation resistance of
chromiumt, 331. Comly, J. B. Solar heating and air conditioning, 415.
Day, J. H. The effect of dopant elements on the structure and high temperature creep behaviour of tungsten and molybdenum wirest, 297.
Dearnaley, G. See Collins, Muihl & Dearnaley. Delargy, K. M. See Beaven, Miller, Williams, Delargy & Smith. Dimbylow, C. See Chubb, Billingham, Hancock, Dimbylow & Newcombe. Dingley, D. J. & Biggin, S. Grain boundary structure, intergranular fracture and the role of segregants as
embrittling agentst, 165. Doig, P. & Flewitt, P. E. J. X-ray microanalysis of grain boundary segregation in steels by s.t.e.m.t, 137. Dumoulin, P. See Lemble, Pineau, Castagne, Dumoulin & Guttmann. Durand, H. Present status and future prospects of silicon solar cell arrays and systems, 435.
Eastburn, P. See Hartley, Eastburn & Leece. Easterling, K. E. See Loberg, Johansson & Easterling. Edmonds, D. V. See Muddle & Edmonds.
Ferguson, J. M., Hicks, F. G., Hoaksey, A., Rowlands, P. C. & Lloyd, B. The effects of small additions of silicon on the oxidation resistance of Fe-based alloys and steels in high pressure CO2t, 333.
Flewitt, P. E. J. See Doig & Flewitt.
Gibbons, T. B. See Thomas (G. B.) & Gibbons.
t Papers marked with a dagger are presented here as extended abstracts; where possible the place of publication of the full paper is given as a footnote.
42.2
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Gooch, D. J. Creep crack growth in 2ICrMo weld metals: the suppression of trace element embrittlement by creep strength effectst, 295.
Graas, H. See Leroy, Richelmi & Graas. Grabke, H.J., Petersen, E. M. & Paulitschke, W. Adsorption and segregation of sulphur, and its influence on the
carburization and nitrogenation of iron and steelt, 128. Guttmann, M. The role of residuals and alloying elements in temper embrittlement, 169. Guttmann, M. See also Lemble, Pineau, Castagne, Dumoulin & Guttmann.
Hall, D. 0., Adams, M. W. W., Morris, P. & Rao, K. K. Photolysis of water for H2 production with the use of biological and artificial catalysts, 473.
Hancock, P. See Chubb, Billingham, Hancock, Dimbylow & Newcombe. Harries, D. R. & Marwick, A. D. Non-equilibrium segregation in metals and alloys, 197. Harris, J. E. The role of intergranular precipitates in controlling creep cavitationt, 307. Hartley, A. J., Eastburn, P. & Leece, N. Steelworks control of residuals, 45. Hattangadi, A., Wagner, L. E. & Seth, B. B. Role of residual elements on through-thickness properties of carbon
steel platest, 302. Hawthorne, Sir William. Introduction, 345. Hayami, S. See Yamaguchi, Kobayashi, Matsumiya & Hayami. Heatherly, L. See White, Clausing & Heatherly. Hendry, A. See Coates & Hendry. Hicks, F. G. See Ferguson, Hicks, Hoaksey, Rowlands & Lloyd. Hirth, J. P. Adsorption at grain boundaries and its effect on decohesion, 139. Hoaksey, A. See Ferguson, Hicks, Hoaksey, Rowlands & Lloyd. Holdsworth, S. R. See Batte, Brear, Holdsworth, Myers & Reynolds. Hondros, E. D. Residuals and properties, 9. Hondros, E. D. See also Lea, Seah & Hondros; Seah, Spencer & Hondros. Hunt, C. P. See Stoddart & Hunt. Hutchison, J. L. See Mallinson, Jefferson, Thomas & Hutchison. Hyde, B. G. See O'Keeffe & Hyde.
Irving, P. E. & Kurzfeld, A. Interaction effects between trace element impurities and environment in fatigue of high strength steelst, 210.
Jackson, W. J. & Southall, D. M. The effect of trace elements (Cu and Sn) on mechanical properties of steel castingst, 125.
Jefferson, D. A. See Mallinson, Jefferson, Thomas & Hutchison. Johansson, T. See Loberg, Johansson & Easterling.
Kelly, A. Welcoming remarks, 7. Kent, B. See Lloyd (G. 0.), Kent, Saunders & Lea. King, B. L. Intergranular embrittlement in CrMoV steels: an assessment of the effects of residual impurity
elements on high temperature ductility and crack growth, 235. King, B. L. See also Brear & King. Kobayashi, H. See Yamaguchi, Kobayashi, Matsumiya & Hayami. Kurzfeld,'A. See Irving & Kurzfeld.
Lea, C. See Bullock, Lea & McLean; also Lloyd (G. 0.), Kent, Saunders & Lea. Lea, C., Sawle, R. & Sellars, C. M. Hot ductility and sulphur segregation in 1 %C-1 %Cr steelst, 121. Lea, C., Seah, M. P. & Hondros, E. D. Categorizing the embrittling residuals in engineering alloys by Auger
electron spectroscopyt, 136. Leach, S. J. Research at the Building Research Establishment into the applications of solar collectors for space
and water heating in buildings, 403. Leece, N. See Hartley, Eastburn & Leece. Lemble, P., Pineau, A., Castagne, J. L., Dumoulin, P. & Guttmann, M. Temper embrittlement at high alloy
contents: a 12 %Cr martensitic steelt, 209. Leroy, V., Richelmi, J. & Graas, H. Surface composition of heat-treated steel sheetst, 126. Llewellyn, D. T., Marriott, J. B., Naylor, D. J. & Thewlis, G. The effects of residual elements on the properties
of engineering steels, 69. Lloyd, B. See Ferguson, Hicks, Hoaksey, Rowlands & Lloyd. Lloyd, G. O., Kent, B., Saunders, S. R. J. & Lea, C. The action of borates as inhibitors for the high temperature
oxidation of alloyst, 334. Loberg, B., Johansson, T. & Easterling, K. E. Improvement in toughness of welded constructional steels through
titanium additionst, 306. LofT G. 0. G. Solar space heating with air and liquid systems, 349. Lovell, Sir Bernard. See Anderson & Lovell.
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McLean, D. Concluding remarks, 337. McLean, M. See Bullock, Lea & McLean. McMahon Jr, C. J. & Yu, J. Compositional factors that enhance or retard temper embrittlement of alloy steelst,
299. McPherson, R. See Presser & McPherson. Mallinson, L. G., Jefferson, D. A., Thomas, J. M. & Hutchison, J. L. The internal structure of nephrite: experi-
mental and computational evidence for the coexistence of multiple-chain silicates within an amphibole host, 537.
Marriott, J. B. See Llewellyn, Marriott, Naylor & Thewlis. Marwick, A. D. See Harries & Marwick. Matsumiya, T. See Yamaguchi, Kobayashi, Matsumiya & Hayami. Melford, D. A. The influence of residual and trace elements on hot shortness and high temperature embrittlement,
89. Middleton, C. J. Cavitation control in steels of high residual element contentt, 305. Miller, M. K. See Beaven, Miller, Williams, Delargy & Smith. Mills, B. Effect of residual elements on the machinability of leaded free machining steels, 87. Mills, P. F. See Waugh, Mills & Southon. Mintz, B. & Arrowsmith, J. M. The hot ductility behaviour of C-Mn-Nb-Al steels and its relation to crack
propagation during the straightening of concast strandt, 124. Morris, P. See Hall, Adams, Morris & Rao. Muddle, B. C. & Edmonds, D. V. Interfacial segregation and embrittlement in liquid-phase sintered tungsten
alloyst, 129. Miihl, S. See Collins, Miihl & Dearnaley. Murphy, M. C. See Batte & Murphy. Myers, J. The influence of impurity and alloy content on stress relief cracking in CrMoV steelst, 289. Myers, J. See also Batte, Brear, Holdsworth, Myers & Reynolds.
Naylor, D. J. See Llewellyn, Marriott, Naylor & Thewlis. Needham, N. G. & Orr, J. The effect of residuals on the elevated temperature properties of some creep resistant
steels, 279. Newcombe, G. See Chubb, Billingham, Hancock, Dimbylow & Newcombe. Nozik, A. J. Photoelectrochemical cells, 453.
O'Keeffe, M. & Hyde, B. G. Plane nets in crystal chemistry, 553. Orr, J. See Needham & Orr.
Page, J. K., Rodgers, G. G. & Souster, C. G. Systematic design assessment techniques for solar buildings, 379. Parker, B. A. The effect of minor element concentrations on the strain rate sensitivity and ductility of commercial
purity aluminium sheett, 130. Paulitschke, W. See Grabke, Petersen & Paulitschke. Petersen, E. M. See Grabke, Petersen & Paulitschke. Pineau, A. See Lemble, Pineau, Castagne, Dumoulin & Guttmann. Pond, R. C. & Smith, D. A. Plasticity of grain boundariest, 166. Porter, Sir George. Chairman's comment, 471. Presser, R. I. & McPherson, R. Prior austenite grain boundary embrittlement of low alloy steel by boront, 298. Pressouyre, G. M. & Bernstein, I. M. Titanium: a hydrogen trap in iront, 304.
Rao, K. K. See Hall, Adams, Morris & Rao. Reynolds, P. E. See Batte, Brear, Holdsworth, Myers & Reynolds. Richelmi, J. See Leroy, Richelmi & Graas. Righelato, R. C. Microbial production of energy sources from biomass, 491. Robinson, J. L. & Scott, M. H. Liquation cracking during the welding of austenitic stainless steels and nickel
alloys, 105. Rodgers, G. G. See Page, Rodgers & Souster. Rowlands, P. C. See Ferguson, Hicks, Hoaksey, Rowlands & Lloyd.
Sachs, K. The role of residuals in engineering steelst, 119. Saunders, S. R. J. See Lloyd (G. 0.), Kent, Saunders & Lea. Sawle, R. See Lea, Sawle & Sellars. Scott, M. H. See Robinson & Scott. Seah, M. P. Impurities, segregation and creep embrittlement, 265. Seah, M. P. See also Lea, Seah & Hondros. Seah, M. P., Spencer, P. J. & Horadros, E. D. Investigation of an additive remedy for temper brittlenesst, 301. Sellars, C. M:. See Lea, Sawle & Sellars. Seth, B. B. See Hattangadi, Wagner & Seth.
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Sheppard, C. J. R. & Wilson, T. Fourier imaging of phase information in scanning and conventional optical microscopes, 513.
Smith, D. A. See Pond & Smith. Smith, G. D. W. See Beaven, Miller, Williams, Delargy & Smith. Souster, G. G. See Page, Rodgers & Souster. Southall, D. M. SeeJackson & Southall. Southon, M. J. See Waugh, Mills & Southon. Spencer, P. J. See Seah, Spencer & Hondros. Stoddart, C. T. H. & Hunt, C. P. Alloy surface composition resulting from fabrication, as determined by s.i.m.s.
(secondary ion mass spectrometry) t, 134. Stringer, J. See Whittle & Stringer.
Tabor, H. Non-convecting solar ponds, 423. Thewlis, G. See Llewellyn, Marriott, Naylor & Thewlis. Thomas, G. B. & Gibbons, T. B. The influence of trace elements on the creep and stress-rupture properties of
Nimonic 105t, 296. Thomas, J. M. See Mallinson, Jefferson, Thomas & Hutchison. Thomas, R. G. High temperature mechanical properties of AISI 316 weld metalt, 292. Tipler, H. R. The influence of purity on the strength and ductility in creep of CrMoV steels of varied micro-
structures, 213.
Wagner, L. E. See Hattangadi, Wagner & Seth. Wagner, S. Heterojunction solar cells, 445. Waugh, A. R., Mills, P. F. & Southon, M. J. Imaging atom probe microscopy for segregation studiest, 133. Westbrook, J. H. Problems with residual and additive elements and their control through specifications, 25. White, C. L., Clausing, R. E. & Heatherly, L. The effect of trace element additions on the grain boundary
composition of Ir + 0.3 % W alloyst, 303. Whittle, D. P. & Stringer, J. Improvements in high temperature oxidation resistance by additions of reactive
elements or oxide dispersions, 309. Williams, P. R. See Beaven, Miller, Williams, Delargy & Smith. Wilson, T. See Sheppard & Wilson.
Yamaguchi, S., Kobayashi, H., Matsumiya, T. & Hayami, S. The effect of minor elements on the hot-workability of nickel-based superalloyst, 122.
Yu, J. See McMahon & Yu.
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Conference on residuals, additives and materials properties; for detailed contents see pp. 1-5. Crystal structures in terms of planar nets of atoms, 553.
Discussion on solar energy; for detailed contents see pp. 343 and 344.
High resolution electron microscopy of nephrite, 537.
Imaging, Fourier, of phase information in scanning and conventional optical microscopes, 513.
Microscopes, scanning and conventional optical, Fourier imaging of phase information in, 513.
Nephrite: high resolution electron microscope studies, 537.
Planar nets and relations between them applied to crystal structures, 553.
Residuals, additives and materials properties, Conference; for detailed contents see pp. 1-5.
Solar energy, Discussion; for detailed contents see pp. 343 and 344.
End of the two-hundred and ninety-fifth volume - Series A
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