Template:Periodic table (list of metalloid lists)

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Citations as metalloid by element
Element Arsenic Tellu­rium Germa­nium Silicon Anti­mony Boron Polo­nium Asta­tine Sele­nium Alu­minium Carbon Bis­muth Phos­phorus Beryl­lium Tin Sulfur Liver­morium Iodine Other Total
As Te Ge Si Sb B Po At Se Al C Bi P Be Sn S Lv I avg
Citations
(194 = 100%)
191.5 190.5 184.5 183.5 169.5 166 93.5 78 46 18 16.5 11.5 10 7.5 5.5 3 3 2.5 6 7.15
99% 98% 95% 95% 87% 86% 48% 40% 24% 9.3% 8.5% 5.9% 5.2% 3.9% 2.8% 1.5% 1.5% 1.3% 3.1%
Source Yr
Simmons[1] 1947 As Te Sb Se   4
Pauling[2] 1949 As Te Ge Si Sb B Po   7
Szabó & Lakatos[3] 1954 As Te Ge Si Sb B Po At Al Be   10
Dull, Metcalfe & Williams[4] 1958 As Te Ge Si Sb B Po At Al   9
Frey[5] 1958 As Te Ge Si Sb B Po   7
Johnstone & Miller[6] 1960 As Te Ge Si Sb B Se C P   9
Edwards et al.[7] 1961 As Te Ge Si Sb B Se I   8
Bond[8] 1962 As Te Ge Si Sb B Po   7
Swift & Schaefer[9] 1962 As Ge Si Sb B Bi   6
Hoffman[10] 1963 As Te Ge Si Sb B Be   7
Nathans[11] 1963 As Te Ge Si Sb B At   7
Bailar, Moeller & Kleinberg[12] 1965 As Te Ge Se   4
Selwood[13] 1965 As Te Ge Si Sb B Po At Al Bi Sn Ga 12
Bassett et al.[14] 1966 Te Ge Si Sb B Po Al Be   8
Hultgren[15] 1966 As Te Ge Si Sb Se C   7
Metcalfe, Williams & Castka[16] 1966 As Te Ge Si Sb B Po (Al)   7.5
Rochow[17] 1966 As Te Ge Si Sb B (Po) (At) (Se) (C) (Bi) (P)   9
Mahan[18] 1967 As Te Ge Si B   5
Paul, King & Farinholt[19] 1967 As Te Ge Si Sb Se   6
Siebring[20] 1967 As Te Ge Si Sb B Po Al   8
Cotton & Lynch[21] 1968 As Te Ge Si Sb B At Se C   9
Dunstan[22] 1968 As Te (Ge) Sb Po Al Bi Be Sn Pb 7.5
Tyrell & Warren[23] 1968 As Te (Ge) Si (Sb) B (Po) At (Se) (Al) (C) (P) (I)   9.5
Williams, Embree & DeBey[24] 1968 As Te Ge Si Sb B Po Al   8
Chedd[25] 1969 As Te Ge Si Sb B Po At   8
Hägg[26] 1969 As Te Ge Sb At Sn   6
Holum[27] 1969 As Te Ge Si Sb B Po At Al   9
Hunter[28] 1969 As Te Si Sb Se   5
Moody[29] 1969 As Te Ge Si Sb B Po At Al Be   10
Dickerson, Gray & Haight[30] 1970 As Te Ge Si Sb B   6
Hardwick & Knobler[31] 1970 As Te Ge Si Sb B   6
Williams, Embree & DeBay[32] 1970 As Te Ge Si Sb B Po Al Be   9
Dickson[33] 1971 As Te Ge Si Sb Po   6
Emsley[34] 1971 As Te Ge Sb   4
Nitz & Dhonau[35] 1971 As Te Ge Si Sb B Po   7
Pimentel & Spratley[36] 1971 As Te Ge Si Sb B (Po) (At) Se C   9
Barrow[37] 1972 As Te Ge Si B   5
Choppin & Johnsen[38] 1972 As Te Ge Si Sb B Se   7
Horvath[39] 1973 As Te Ge Si Sb B Po   7
Pascoe[40] 1973 Te Ge Si B At Se C P   8
Seager & Stoker[41] 1973 As Te Ge Si Sb B Po At Al Be   10
Allen & Keefer[42] 1974 As Te Ge Si Sb B At Se   8
Andrews[43] 1974 As Te Si B At   5
Day & Johnson[44] 1974 As Te Ge Si Sb Po At   7
Dickson[45] 1974 As Te Ge Si Sb Po At   7
Duffy[46] 1974 As Te Ge Sb Se   5
Fuller[47] 1974 As Te Ge Si B Se C   7
Nordmann[48] 1974 As Te Ge Si B Po At Se   8
O'Connor[49] 1974 As Te Ge Si Sb B Po   7
Rock & Gerhold[50] 1974 As Te Ge Si Sb B Po At   8
Pauling & Pauling[51] 1975 As Te Ge Si Sb B Po   7
Hearst & Ifft[52] 1976 As Te Ge Si Sb B Se   7
Tyler Miller[53] 1976 As Te Ge Si Sb B Po At Al H 10
Waser, Trueblood & Knobler[54] 1976 As Te Ge Si Sb B Po   7
Bloomfield[55] 1977 As Te Ge Si Sb B Po At Al   9
Ucko[56] 1977 As Te Ge Si Sb B Po At Al   9
Hill & Holman[57] 1978 As Te Ge Si B (C)   5.5
Coxon, Fergusson & Phillips[58] 1980 As Te Ge Si (Sb) B At (Be)   7
Warrena & Geballe[59] 1981 As Te Si B At Se C P S   9
Walters[60] 1982 As Te Ge Si B   5
Edwards & Sienko[61] 1983 As Te Ge Sb Po (At)   5.5
Holtzclaw, Robinson & Nebergall[62] 1984 As Te Ge Si Sb B Po At   8
Boikess & Edelson[63] 1985 As Te Ge Si B   5
Peters[64] 1986 As Te Ge Si Sb B Po At   8
Hibbert & James[65] 1987 As Te Ge Si Sb Po Bi   7
Jones et al.[66] 1987 As Te Ge Si Sb B Po At   8
McQuarrie & Rock[67] 1987 As Te Ge Si Sb B Po At   8
Wulfsberg[68] 1987 As Te Ge Si Sb B Se   7
Thayer[69] 1988 As Te Ge Si B P   6
Whitten, Gailey & Davis[70] 1988 As Te Ge Si Sb B Po At Al   9
Bailar et al.[71] 1989 As Te Ge Si Sb B Se   7
Gill[72] 1989 As Te Ge Si Sb B   6
Malone[73] 1989 As Te Ge Si Sb B Po At   8
Petrucci[74] 1989 As Te Ge Si Sb Po At   7
Puddephatt & Monaghan[75] 1989 As Te Ge Si Sb B   6
Scott[76] 1989 As Te Ge Si Sb B   6
Segal[77] 1989 As Te Ge Si Sb B Po   7
Oxtoby, Nachtrieb & Freeman[78] 1990 As Te Ge Si Sb B Po At   8
Atkins & Beran[79] 1990 As Te Ge Si Sb Po   6
Ebbing & Wrighton[80] 1993 As Te Ge Si Sb B At   7
Zumdahl[81] 1993 As Te Ge Si Sb B Po At   8
Birk[82] 1994 As Te Ge Si Sb B Po   7
Smith[83] 1994 As Te Ge Si Sb B   6
AAE[84] 1996 As Te Ge Si Sb B Se   7
Brady & Holum[85] 1996 As Te Ge Si Sb B Po At   8
Harrison & de Mora[86] 1996 As Te Ge Si B   5
Hook & Post[87] 1996 As Te Ge Si Sb B Po At   8
Atkins & Jones[88] 1997 As Te Ge Si Sb Po   6
Dayah[89] 1997 As Te Ge Si Sb B Po   7
Mingos[90] 1998 As Te Ge Si Sb B Po   7
Joesten & Wood[91] 1999 As Te Ge Si Sb B   6
Kremer[92] 1999 As Te Ge Si Sb B   6
Thompson[93] 1999 As Te Ge Si Sb B   6
Umland & Bellama[94] 1999 As Te Ge Si B At Se   7
Callister[95] 2000 As Te Ge Si B Se C   7
Enloe[96] 2000 As Te Si B At   5
Mann, Meek & Allen[97] 2000 As Te Ge Si Sb B Po Bi   8
Phillips, Stozak & Wistrom[98] 2000 As Te Ge Si Sb B Po At   8
Ryan[99] 2000 As Te Ge Si B   5
Hawkes[100] 2001 As Te Ge Sb Se Bi   6
Lewis & Evans[101] 2001 As Te Ge Si Sb B Po   7
Masterton & Hurley[102] 2001 As Te Ge Si Sb B   6
Barrett[103] 2002 (As) (Te) (Ge) (Si) (Sb) (B) (Se)   3.5
Chang[104] 2002 As Te Ge Si Sb B Po At Lv Ts 10
Harding, Johnson & Janes[105] 2002 As Te Ge Si Sb   5
Johnson[106] 2002 As Te Ge Si Sb At   6
Rodgers[107] 2002 As Te Ge Si Sb B At   7
Szefer[108] 2002 As Te Ge Si Sb Se   6
Woodgate[109] 2002 As Te Ge Sb Al   5
Wright & Welbourn[110] 2002 As Te Ge Si B   5
e-encyclopedia[111] 2003 As Te Ge Si Sb B Se   7
Gupta[112] 2003 As Te Ge Si Sb B   6
Hunt[113] 2003 As Te Ge Si Sb B   6
Myers[114] 2003 As Te Ge Si Sb B At Se   8
Williams[115] 2003 As Te Ge Si Sb B Po   7
Atkins[116] 2004 As Te Ge Si Sb B Po   7
Cox[117] 2004 As Te Ge Si Sb Se   6
Gilbert, Kirss & Davies[118] 2004 As Te Ge Si Sb B At Se   8
Reilly[119] 2004 As Te Ge Si Sb B Po At Se   9
Ebbing & Gammon[120] 2005 As Te Ge Si Sb B At   7
Fry & Page[121] 2005 As Te Ge Si Sb B   6
Halliday, Resnick & Walker[122] 2005 As Te Ge Si Sb B Po At   8
Holler & Selegue[123] 2005 As Te Ge Si Sb B Po (At)   7.5
Kotz, Treichel & Weaver[124] 2005 As Te Ge Si Sb B   6
Meyer[125] 2005 As Te Ge Si Sb B At   7
Orchin[126] 2005 As Te Ge Si Sb B Po At   8
Swenson[127] 2005 As Te Ge Si Sb B Po At Se C Bi   11
Baird[128] 2006 As Te Ge Si Sb B At   7
Blei & Odian[129] 2006 As Te Ge Si Sb Po At Lv   8
Brown & Holme[130] 2006 As Te Ge Si Sb B At   7
Dashek & Harrison[131] 2006 As Te Ge Si Sb B Po At   8
Finch et al.[132] 2006 As Te Ge Si Sb B Se   7
Goldfrank & Flomenbaum[133] 2006 As Te Ge Si Sb B At   7
Hatt[134] 2006 As Te Ge Si Sb B Se   7
Hérold[135] 2006 As Ge Si B Po (At) Se C Bi P   9.5
McMonagle[136] 2006 As Te Ge Si B Lv Fl
Mc
8
Rayner-Canham & Overton[137] 2006 As Te Ge Si B   5
Silberberg[138] 2006 As Te Ge Si Sb B   6
Slade[139] 2006 As Te Ge Si Sb B Po   7
Wertheim, Oxlade & Stockley[140] 2006 As Te Ge Si Sb B At Se   8
Whitley[141] 2006 As Te Ge Si Sb B Po   7
American Chemical Society[142] 2007 As Te Ge Si Sb B Po   7
Astruc[143] 2007 As Si B Se P S   6
Casper[144] 2007 As Te Ge Si Sb B Po   7
Crystal[145] 2007 As Te Ge Si Sb B Po   7
DeGraff[146] 2007 As Te Ge Si Sb B Po   7
Joesten, Hogg & Castellion[147] 2007 As Te Ge Si Sb B   6
Lewis[148] 2007 As Te Ge Si Sb B Po Se C P S   11
Petty[149] 2007 As Te Ge Si Sb B Po At Se C Bi P Sn   13
Rösler, Harders & Bäker[150] 2007 As Te Ge Si Sb B (Sn)   6.5
Saunders[151] 2007 As Te Ge Si Sb B Po At   8
Saunders[152] 2007 As Te Ge Si Sb B Po At   8
Shipman, Wilson & Tood[153] 2007 As Te Ge Si Sb B   6
Bauer, Birk & Sawyer[154] 2008 As Te Ge Si Sb B At   7
Clugston & Flemming[155] 2008 As Te Ge Si Sb Se   6
Encyclopedia Columbia[156] 2008 As Te Sb Se   4
Ham[157] 2008 As Te Ge Si Sb B Po   7
Kelter, Mosher & Scott[158] 2008 As Te Ge Si Sb B At   7
Masterton & Hurley[159] 2008 As Te Ge Si Sb B   6
Merck[160] 2008 As Te Ge Si Sb B Po   7
Nicolaou & Montagnon[161] 2008 As Te Ge Si Sb B Po At C   9
Řezanka & Sigler[162] 2008 As Te Si B At Se   6
Tro & Neu[163] 2008 As Te Ge Si Sb B   6
Vallero[164] 2008 As Te Ge Si Sb B Po   7
Brown et al.[165] 2009 As Te Ge Si Sb B   6
Burrows et al.[166] 2009 As Te Ge Si Sb B Se   7
Castor-Perry[167] 2009 As Te Ge Si Sb B Po At I   9
Cracolice & Peters[168] 2009 As Te Ge Si Sb B At   7
Economou[169] 2009 As Te Ge Si Sb B Po At Al   9
Habashi[170] 2009 As Te Ge Si Sb B Po Se Bi   9
Hein & Arena[171] 2009 As Te Ge Si Sb B Po   7
Leach[172] 2009 As Te Ge Si Sb B Po   7
Manning[173] 2009 As Te Ge Si Sb B Po   7
McMurray & Fay[174] 2009 As Te Ge Si Sb B At   7
Reger, Goode & Ball[175] 2009 As Te Ge Si Sb B   6
Schnepp[176] 2009 As Te Ge Si Sb B Po At   8
Shubert & Leyba[177] 2009 As Te Ge Si Sb B   6
Whitten et al.[178] 2009 As Te Ge Si Sb B At   7
Aldinger & Weberruss[179] 2010 As Te Ge Si Sb B   6
Banks et al.[180] 2010 As Te Ge Si Sb B   6
Fayer[181] 2010 As Te Ge Si Sb B Po At   8
Gray[182] 2010 As Te Ge Si Sb B At   7
Groysman[183] 2010 As Te Ge Si Sb Po   6
Halka & Nordstrom[184] 2010 As Te Ge Si Sb B Po   7
Lombi E & Holm PE[185] 2010 As Te Ge Si Sb B Po At   8
NEST Association[186] 2010 As Te Ge Si Sb B At   7
RCCS[187] 2010 As Te Ge Si Sb B Po At Se C Bi P Sn   13
Senese[188] 2010 As Te Ge Si Sb (B) Po At (Se) C   9
Weiner[189] 2010 As Te Ge Si Sb B Po   7
Barbalace[190] 2011 As Te Ge Si Sb B Po   7
Encyclopædia Britannica Online[191] 2011 As Te Ge Si Sb B (Po) (At)   7
Helmenstine[192] 2011 As Te Ge Si Sb B (Po)   6.5
Moore[193] 2011 As Te Ge Si Sb B At   7
QA International[194] 2011 As Te Ge Si Sb B Se   7
Element Arsenic Tellu­rium Germa­nium Silicon Anti­mony Boron Polo­nium Asta­tine Sele­nium Alu­minium Carbon Bis­muth Phos­phorus Beryl­lium Tin Sulfur Liver­morium Iodine Other
  • () Parenthesized symbols indicate elements whose inclusion in a particular metalloid list is qualified in some way by the author(s). It is counted as 0.5 citation.

References

  1. ^ Simmons LM 1947, 'A modification of the periodic table', Journal of Chemical Education, December, pp. 588–591 (589) doi:10.1021/ed024p588
  2. ^ Pauling, L (1949). General chemistry. WH Freeman, San Francisco. p. 65.
  3. ^ Szabó ZG & Lakatos B 1954, 'The new form of the periodic table and new periodic functions', Acta Chimica Academiae Scientiarum Hungaricae, IV 2–4, pp. 129–149 (133)
  4. ^ Dull CE, Metcalfe HC & Williams JE 1958, Modern chemistry, Henry Holt and Company, New York, pp. 59–60, 62
  5. ^ Frey PR 1958, College chemistry, 2nd ed., Prentice-Hall, Englewood Cliffs, NJ, p. 118
  6. ^ Johnstone RT & Miller SE 1960, Occupational diseases and industrial medicine, Saunders, Philadelphia, p. 262
  7. ^ Edwards JO, Ellison HR, Luaro CG & Lorand JP 1961, 'Factors which influence the stability of anionic complexes', in S Kirschner, Advances in the chemistry of the coordination compounds: Proceedings of the sixth international conference on coordination chemistry, Macmillan, New York, pp. 230–237 (230)
  8. ^ Bond GC 1962, Catalysis by metals, Academic Press, London, p. 8
  9. ^ Swift EH & Schaefer WP 1962, Qualitative elemental analysis, WH Freeman, San Francisco, p. 100
  10. ^ Hoffman KB 1963, Chemistry for the applied sciences, Prentice-Hall, Englewood Cliffs, NJ, p. 34
  11. ^ Nathans MW 1963, Elementary chemistry, Prentice-Hall, Englewood Cliffs, NJ, p. 122
  12. ^ Bailar JC, Moeller T & Kleinberg J 1965, University chemistry, DC Heath, Boston, p. 332
  13. ^ Selwood PW 1965, General chemistry, 4th ed., Holt, Rinehart and Winston, New York, inside back cover
  14. ^ Bassett LG, Bunce SC, Carter AE, Clark HM & Hollinger HB 1966, Principles of chemistry, Prentice-Hall, Englewood Cliffs, NJ, pp. 127, 602
  15. ^ Hultgren HH 1966, 'Metalloids, in GL Clark & GG Hawley (eds), The encyclopedia of inorganic chemistry, 2nd ed., Reinhold Publishing, New York, pp. 648–649 (648)
  16. ^ Metcalfe HC, Williams JE & Castka JF 1966, Modern chemistry, Hollt, Rinehart and Winston, New York, pp. 466–67
  17. ^ Rochow EG 1966, The metalloids, DC Heath, Boston, pp. 3, 7–8
  18. ^ Mahan BH 1967, University chemistry, Addison-Wesley, Reading, MA, p. 448
  19. ^ Paul MA, King EJ & Farinholt LH 1967, General chemistry, Harcourt, Brace & World, New York, p. 135
  20. ^ Siebring BR 1967, Chemistry, Macmillan, New York, p. 70
  21. ^ Cotton FA & Lynch LD 1968, Chemistry: An investigative approach, Houghton Mifflin, Boston, p. 226
  22. ^ Dunstan S 1968, Principles of chemistry, D Van Nostrand, Princeton, NJ, pp. 310, 409
  23. ^ Tyrell LWM & Warren RK 1968, Principles of chemical science: A student's text, Edward Arnold (Publishers), n.p., p. 111
  24. ^ Williams AL, Embree HD & DeBey HJ 1968, Introduction to chemistry, Addison-Wesley, Reading MA, inside back cover
  25. ^ Chedd G 1969, Half-way elements, Aldus Books, London, p. 24
  26. ^ Hägg G 1969, General and inorganic chemistry, John Wiley & Sons, New York, p. 92
  27. ^ Holum JR 1969, Introduction to principles of chemistry, John Wiley & Sons, New York, p. 59
  28. ^ Hunter D 1969, The diseases of occupations, Little, Brown, & Co., Boston, p. 232
  29. ^ Moody BJ 1969, Comparative inorganic chemistry, 2nd ed., Edward Arnold, London, pp. 67–68
  30. ^ Dickerson RE, Gray HB & Haight GP 1970, Chemical principles, WA Benjamin, New York, p. 160
  31. ^ Hardwick ER & Knobler CM 1979, Chemistry: Man and matter, Xerox College, Waltham, MA, inside back cover
  32. ^ Williams AL, Embree HD & DeBay HJ 1970, General chemistry, Addison-Wesley, Reading, MA, p. 55
  33. ^ Dickson TR 1971, Introduction to chemistry, John Wiley & Sons, New York, p. 160
  34. ^ Emsley J 1971, The inorganic chemistry of the non-metals, Methuen Educational, London, p. 1
  35. ^ Nitz OW & Dhonau CA 1971, Chemistry: A brief introduction, Willard Grant, Boston, p. 64
  36. ^ Pimentel GC & Spratley RD 1971, Understanding chemistry, Holden-Day, San Francisco, p. 664
  37. ^ Barrow GM 1972, General chemistry, Wadsworth, Belmont CA, p. 162
  38. ^ Choppin GR & Johnsen RH 1972, Introductory chemistry, Addison-Wesley, Reading MA, p. 346
  39. ^ Horvath AL 1973, 'Critical temperature of elements and the periodic system' Journal of Chemical Education, vol 50, no. 5, pp. 335–336 (336)
  40. ^ Pascoe KJ 1973, Properties of materials for electrical engineers, John Wiley & Sons, p. 7
  41. ^ Seager SL & Stoker HS 1973, Chemistry: A science for today, Scott, Foresman and Company, Glenview, Illinois, p. 58
  42. ^ Allen TL & Keefer RM 1974, Chemistry: Experiment and theory, Harper & Row, New York, p. 235
  43. ^ Andrews DH 1974, Chemistry: A humanistic view, McGraw-Hill, New York, p. 217
  44. ^ Day RA & Johnson RC 1974, General chemistry, Prentice-Hall, Englewood Cliffs, NJ, p. 145
  45. ^ Dickson TR 1974, Understanding chemistry: From atoms to attitude, John Wiley & Sons, New York, p. 32
  46. ^ Duffy JA 1974, General inorganic chemistry, 2nd ed., Longman, London, p. 53
  47. ^ Fuller EC 1974, Chemistry and man's environment, Houghton Mifflin, Boston, p. 186
  48. ^ Nordmann J 1974, What is chemistry: a chemical view of nature, Harper & Row, New York, p. 152
  49. ^ O'Connor RF 1974, Chemical principles and their biological implications, Hamilton Publishing, Santa Barbara, CA, p. 84
  50. ^ Rock PA & Gerhold GA 1974, Chemistry: Principles and applications, WB Saunders, Philadelphia, p. 535
  51. ^ Pauling L & Pauling P 1975, Chemistry, WH Freeman, San Francisco, p. 114
  52. ^ Hearst JE & Ifft JB 1976, Contemporary chemistry, WH Freeman, San Francisco, p. 104
  53. ^ Tyler Miller G 1976, Chemistry: A contemporary approach, Wadsworth, Belmont CA, p. 44
  54. ^ Waser J, Trueblood KN & Knobler CM 1976, Chem one, McGraw-Hill, New York, p. 245
  55. ^ Bloomfield MM 1977, Chemistry and the living organism, John Wiley & Sons, New York, p. 126
  56. ^ Ucko DA 1977, Living chemistry, Academic Press, New York, p. 32
  57. ^ Hill GC & Holman JS 1978, Chemistry in context, Thomas Nelson & Sons, Sunbury-on-Thames, Middlesex, p. 27
  58. ^ Coxon JM, Fergusson JE & Phillips LF 1980, First year chemistry, Edward Arnold, London, p. 21
  59. ^ Warrena JL & Geballe TH 1981, 'Research opportunities in new energy-related materials', Materials Science and Engineering, vol. 50, no.2, Oct, pp. 149–198, p. 161?
  60. ^ Walters D 1982, Chemistry, Franklin Watts Science World series, Franklin Watts, London, p. 33
  61. ^ Edwards PP & Sienko MJ, 'On the occurrence of metallic character in the periodic table of the elements', Journal of Chemical Education, vol. 60, no. 9, pp. 691–696 (692)
  62. ^ Holtzclaw HF, Robinson WR & Nebergall WH 1984, General chemistry, 7th ed., DC Heath, Lexington, p. 193
  63. ^ Boikess RS & Edelson E 1985, Chemical principles, 3rd ed., Harper & Row, New York, p. 35
  64. ^ Peters EI 1986, Introduction to chemical principles, 4th ed., Saunders College, Philadelphia, p. 105
  65. ^ Hibbert DB & James AM 1987, Macmillan dictionary of chemistry, Macmillan, London, p. 300
  66. ^ Jones MM, Johnston DO, Netterville JT, Wood JL & Joeston MD 1987, Chemistry & society, 5th ed., Saunders College, Philadelphia, p. 84
  67. ^ McQuarrie DA & Rock PA 1987, General chemistry, 3rd ed., WH Freeman, San Francisco, p. 84
  68. ^ Wulfsberg G 1987, Principles of descriptive inorganic chemistry, Brooks/Cole, Monterey, CA, p. 201
  69. ^ Thayer JS 1988, Organometallic chemistry: An overview, VCH, New York, p. 3
  70. ^ Whitten KW, Gailey KD & Davis RE 1988, General chemistry with qualitative analysis, Saunders College, Philadelphia, p. 139
  71. ^ Bailar JC, Moeller T, Kleinberg J, Guss CO, Catellion ME & Metz C 1989 Chemistry, 3rd ed., Harcourt Brace Jovanovich, San Diego, p. 742
  72. ^ Gill R 1989, Chemical fundamentals of geology, Unwin Hyman, London, p. 292
  73. ^ Malone LJ 1989, Basic concepts of chemistry, John Wiley and Sons, New York, p. 135
  74. ^ Petrucci RK 1989, General chemistry: Principles and modern applications, 5th ed., Macmillan, New York, p. 284
  75. ^ Puddephatt RJ & Monaghan PK 1989, The periodic table of the elements, Clarendon Press, Oxford, p.40
  76. ^ Scott A 1989, Molecular machinery: The principles and powers of chemistry, Basil Blackwell, Oxford, p. 18
  77. ^ Segal BG 1989, Chemistry: experiment and theory, 2nd ed., Wiley, New York, p. 965
  78. ^ Oxtoby DW, Nachtrieb NH & Freeman WA 1990, Chemistry: Science of change, Saunders College, Philadelphia, inside front cover
  79. ^ Atkins PW & Beran JA 1990, General chemistry, 2nd ed., Scientific American Books, New York, p. 44
  80. ^ Ebbing DD & Wrighton MS 1993, General chemistry, 4th ed., Houghton Mifflin, Boston, p. 58
  81. ^ Zumdahl SS 1993, Chemistry, 3rd ed., Lexington MA, p. 327
  82. ^ Birk JP 1994, Chemistry, Houghton Mifflin, Boston, inside cover
  83. ^ Smith R 1994, Conquering chemistry, 2nd ed., McGraw-Hill, New York, p. 25
  84. ^ Academic American Encyclopedia 1996, vol. 13, 'metalloids', Grolier, Danbury, CT, p. 328
  85. ^ Brady JE & Holum JR 1996, Chemistry: The study of matter and its changes, John Wiley & Sons, New York, p. 59
  86. ^ Harrison RM & de Mora SJ 1996, Introductory chemistry for the environmental sciences, 2nd ed., Cambridge University, Cambridge, p. 150
  87. ^ Hook CC & Post R 1996, Chemistry: Concepts and problems, 2nd ed., John Wiley & Sons, New York, p. 297
  88. ^ Atkins P & Jones L 1997, Chemistry: Molecules, matter and change, 3rd ed., WH Freeman, New York, p. 15
  89. ^ Dayah M 1997, Dynamic Periodic Table, viewed 14 July 2011
  90. ^ Mingos DMP 1998, Essential trends in inorganic chemistry, Oxford University, Oxford, p. 202
  91. ^ Joesten MD & Wood JL 1999, World of chemistry: Essentials, 2nd ed., Saunders College/Harcourt Brace, Fort Worth, p. 57
  92. ^ Kremer P 1999, ChemGlobe – Periodic table of the elements, viewed 14 July 2011
  93. ^ Thompson R, 1999, 'Re: What is the metalloid line and where is it located on the Periodic Table?', MadSci Network
  94. ^ Umland JB & Bellama JM 1999, General chemistry, 3rd ed., Brooks/Cole, Pacific Grove, inside front cover
  95. ^ Callister WD 2000, Materials science and engineering: An introduction, John Wiley & Sons, New York, p. 17
  96. ^ Enloe CL 2000, Physical science: What the technology professional needs to know, John Wiley and Sons, New York, p. 93
  97. ^ Mann JB, Meek TL and Allen LC 2000, 'Configuration energies of the main group elements', Journal of the American Chemical Society, vol. 122, pp. 2780–2783
  98. ^ Phillips JS, Stozak VS & Wistrom C 2000, Chemistry: Concepts and applications, Glencoe/McGraw Hill, Columbus OH, p. 93
  99. ^ Ryan L 2000, Advanced chemistry for you, Nelson Thornes, Cheltenham, p. 92
  100. ^ Hawkes SJ 2001, 'Semimetallicity', Journal of Chemical Education, vol. 78, no. 12, pp. 1686–1686
  101. ^ Lewis R & Evans W 2001, Chemistry, 2nd ed., Palgrave, Basingstoke, Hampshire, p. 212
  102. ^ Masterton WL & Hurley N 2001, Chemistry: Principles and reactions, 4th ed., Harcourt College, Fort Worth, inside front cover
  103. ^ Barrett J 2002, Atomic structure and periodicity, Wiley-Interscience, Hoboken, NJ, p. 105
  104. ^ Chang R 2002, Chemistry, 7th ed., McGraw-Hill, New York, p. 46
  105. ^ Harding C, Johnson DA & Janes R 2002, Elements of the p block, Royal Society of Chemistry, Cambridge, p. 210
  106. ^ Johnson DA 2002, Metals and chemical change, Royal Society of Chemistry, Cambridge, p. 22
  107. ^ Rodgers GE 2002, Descriptive inorganic, coordination, and solid-state chemistry, 2nd ed., Brooks/Cole Thomson, Australia, p. 235
  108. ^ Szefer P 2002, Metals, metalloids and radionuclides in the Baltic Sea ecosystem, Elsevier, Amsterdam, p. 14
  109. ^ Woodgate S 2002, GEN periodic table: Metals, metalloids, nonmetals, The University of Auckland
  110. ^ Wright DA & Welbourn P 2002, Environmental toxicology, Cambridge University, Cambridge, p. 254
  111. ^ e-encyclopedia 2003, Dorling Kindersley, London, p. 161
  112. ^ Gupta CK 2003, Chemical metallurgy: principles and practice, Wiley-VCH, Weinheim, p. 4
  113. ^ Hunt A 2003, Schaum's A-Z: Chemistry, McGraw-Hill, New York, p. 231
  114. ^ Myers R 2003, The basics of chemistry, Greenwood, Westport CT, p. 68
  115. ^ Williams LD 2003, Chemistry demystified, McGraw-Hill, New York, p. 151
  116. ^ Atkins P 2004, Galileo's finger: the ten great ideas of science, Oxford University Press, Oxford, p. 159
  117. ^ Cox PA 2004, Inorganic chemistry, 2nd ed., Bios Scientific, London, p. 27
  118. ^ Gilbert TR, Kirss RV & Davies G 2004, Chemistry: The science in context, WW Norton, New York, inside front cover
  119. ^ Reilly C 2004, The nutritional trace metals, Blackwell, Oxford, p. 5
  120. ^ Ebbing DD & Gammon 2005, General chemistry, 8th ed., Houghton Mifflin, Boston, p. 58
  121. ^ Fry M & Page E 2005, Catchup chemistry: For the life and medical sciences, Scion, Bloxham, Oxfordshire, p. 14
  122. ^ Halliday D, Resnick R & Walker J 2005, Fundamentals of physics, 7th ed., John Wiley & Sons, New York, p. A-15
  123. ^ Holler FJ & Selegue JP 2005, The periodic table of comic books, viewed 14 Jul 2011
  124. ^ Kotz JC, Treichel P & Weaver GC 2005, Chemistry & chemical reactivity, 6th ed., Brooks Cole, Belmont, CA, p. 80
  125. ^ Meyer JS (ed.) 2005, Toxicity of dietborne metals to aquatic organisms, Allen Press/ACG, place p. 282
  126. ^ Orchin M 2005, The vocabulary and concepts of organic chemistry, John Wiley and Sons, New York, p. 20
  127. ^ Swenson J 2005, 'Classification of noble gases' in Ask a scientist, Chemistry archive
  128. ^ Baird C 2006, Chemistry in your life, 2nd ed., WH Freeman, New York, p. 81
  129. ^ Blei I & Odian G 2006, General, organic and biochemistry: Connecting chemistry to your life, WH Freeman, New York, inside cover
  130. ^ Brown L & Holme T 2006, Chemistry for engineering students, Thomson Brooks/Cole, Belmont, CA, p. 58
  131. ^ Dashek WV & Harrison M 2006, Plant cell biology, Science Publishers, Enfield, NH, p. 20
  132. ^ Finch J, Sinha R, Singh D & Saika A (eds) 2006, Encyclopedia of science, 3rd ed., Dorling Kindersley, London, p. 32
  133. ^ Goldfrank LR & Flomenbaum N 2006, Goldfrank's toxicologic emergencies, McGraw-Hill, New York, p. 187
  134. ^ Hatt C 2006, Scientists and their discoveries, Evans Brothers, London, p. 21
  135. ^ Hérold A 2006, 'An arrangement of the chemical elements in several classes inside the periodic table according to their common properties', Comptes Rendus Chimie, vol. 9, pp. 148–153
  136. ^ McMonagle D 2006, Chemistry: an illustrated guide to science, Infobase Publishing, New York, p. 26
  137. ^ Rayner-Canham G & Overton T 2006, Descriptive inorganic chemistry, 4th ed., WH Freeman, New York, p. 29
  138. ^ Silberberg MS 2006, Chemistry: The molecular nature of matter and change, 4th ed., McGraw-Hill, New York, p. 55
  139. ^ Slade S 2006, Elements and the periodic table, The Rosen Publishing Group, New York, p. 16
  140. ^ Wertheim J, Oxlade C & Stockley C 2006, The Usborne illustrated dictionary of chemistry, Usborne, London, p. 51
  141. ^ Whitley K 2006, Periodic table: Metals, non-metals, and semi-metals, Chem Professor: Course outline, General chemistry, viewed 14 July 2011
  142. ^ American Chemical Society, Interactive periodic table, viewed 14 July 2011
  143. ^ Astruc D 2007, Organometallic chemistry and catalysis, Springer, Berlin. p. 312
  144. ^ Casper JK 2007, Minerals: Gifts from the earth, Infobase, New York, p. 9
  145. ^ Crystal D (ed.) 2007, 'metalloid', in The Penguin Concise Encyclopedia, 3rd ed., Penguin Books, London, p. 599
  146. ^ DeGraff J 2007, Understanding and responding to hazardous substances at mine sites in the western United States, Geological Society of America, Boulder, Colordado, p. 26
  147. ^ Joesten MD, Hogg JL & Castellion ME 2007, The world of chemistry: essentials, Thommson Higher Education, Belmont, CA, p. 58
  148. ^ Lewis RJ 2007, Hawley's condensed chemical dictionary, 15th ed., Wiley-Interscience, New York p. 905
  149. ^ Petty MC 2007, Molecular electronics: From principles to practice, vol. 22 of Wiley series in materials for electronic and optoelectronic applications, John Wiley and Sons, New York, p. 25
  150. ^ Rösler J, Harders H & Bäker M 2007, Mechanical behaviour of engineering materials: metals, ceramics, polymers and composites, Springer, Berlin, p. 6
  151. ^ Saunders N 2007, Exploring atoms and molecules, The Rosen Publishing Group, New York, p. 9
  152. ^ Saunders N 2007, Exploring chemical reactions, The Rosen Publishing Group, New York, p. 9
  153. ^ Shipman J, Wilson JD & Tood A 2007, An introduction to physical science, Houghton Mifflin, Boston, p. 297
  154. ^ Bauer RC, Birk JP & Sawyer DJ 2008, Laboratory inquiry in chemistry, 3rd ed., Brooks/Cole, Belmont, inside back cover
  155. ^ Clugston M & Flemming R 2008, Advanced chemistry, Oxford University Press, Oxford, p. 19
  156. ^ Encyclopedia Columbia 2008, 'nonmetal', 6th ed., viewed 14 July 2011
  157. ^ Ham B 2008, The periodic table, Infobase, New York, p. 66
  158. ^ Kelter P, Mosher M & Scott A 2008, Chemistry: The practical science, Media enhanced edition, Houghton Mifflin, Boston, p. 261
  159. ^ Masterton Wl & Hurley CN 2008, Chemistry: Principles and reactions, Brooks/Cole Cengage Learning, Belmont, CA, p. 31
  160. ^ Merck 2008, Periodic table of the elements, viewed 14 July 2011
  161. ^ Nicolaou KC & Montagnon T 2008, Molecules that changed the world: a brief history of the art and science of synthesis and its impact on society, Wiley-VCH, Weinheim, p. 4
  162. ^ Řezanka T & Sigler K 2008, 'Biologically active compounds of semi-metals', in Atta-ur-Rahman (ed.), Studies in natural products chemistry, vol. 35, Elsevier, Amsterdam, pp. 835–922 (836)
  163. ^ Tro NJ & Neu D 2008, Chemistry in focus: A molecular view of our world, Brooks/Cole, Belmont, CA, p. 75
  164. ^ Vallero DA 2008, Fundamentals of air pollution, Academic Press/Elsevier, Burlington MA, p. 200
  165. ^ Brown TL, Le May, HE, Bursten BE, Murphy & Woodward 2009, Chemistry: The central science, 11th ed., Pearson Education, Upper Saddle River, NJ, p. 49
  166. ^ Burrows A, Holman J, Parsons A, Pilling G & Price G 2009, Chemistry3: Introducing inorganic, organic and physical chemistry, Oxford University, Oxford, p. 1192
  167. ^ Castor-Perry S 2009, 'This week in science history – Mendeleev's periodic table', in Science Interviews, The Naked Scientists: Science Radio & Science Podcasts, viewed 14 July 2011
  168. ^ Cracolice MS & Peters EI 2009, Introductory chemistry: An active learning approach, Brooks/Cole, Belmont, CA, p. 336
  169. ^ Economou EN 2009, The physics of solids: Essentials and beyond, Springer, Heidelberg, p. 59
  170. ^ Habashi F 2009, 'Metals: Typical and less typical, transition and inner transition,' Foundations of Chemistry, vol. 12, no. 1, pp. 31–39
  171. ^ Hein M & Arena S 2009, Foundations of college chemistry, John Wiley and Sons, alternate 13th ed., New York, p. 49
  172. ^ Leach M 2009, 'Periodic table chemical of substances under standard conditions', The chemogenesis webook, viewed 14 July 2011
  173. ^ Manning P 2009, Chemical bonds, Infobase, New York, p. 105
  174. ^ McMurray J & Fay RC 2009, General chemistry: Atoms first, Prentice Hall, Upper Saddle River, NJ, p. 767
  175. ^ Reger DL, Goode SR & Ball DW 2009, Chemistry: Principles & practice, Brooks/Cole, Belmont, CA, p. 56
  176. ^ Schnepp R 2009, Hazardous materials: Awareness and operations, Jones & Bartlett Learning, Sudbury, MA, p. 30
  177. ^ Shubert D & Leyba J 2009, Chemistry and physics for nurse anesthesia: A student centred approach, Springer, NY, p. 41
  178. ^ Whitten KW, Davis RE, Peck ML, Stanley GG 2009, Chemistry, 9th ed. Revised, Brooks/Cole, Belmont, CA, p. 134
  179. ^ Aldinger F & Weberruss VA 2010, Advanced ceramics and future materials: An introduction to structures, properties, technologies, methods, Wiley-VCH, Weinheim, p. 49
  180. ^ Banks AJ, Bollom MS, Holmes JL, Jacobsen JJ, Kotz JC & Moore JW 2010, Periodic table live!, Division of Chemical Education, viewed 14 July 2011
  181. ^ Fayer MD 2010, Absolutely small: How quantum theory explains our everyday world, American Management Association, New York, p. 161
  182. ^ Gray T 2010, Metalloids (7), viewed 14 July 2011
  183. ^ Groysman A 2009, Corrosion for everybody, Springer, Dordrecht, p. 4
  184. ^ Halka M & Nordstrom B 2010, Nonmetals, Infobase, New York, p. xiv
  185. ^ Lombi E & Holm PE 2010, 'Metalloids, soil chemistry and the environment', in TP Jahn (ed.), MIPS and their role in the exchange of metalloids, Landes Bioscience, Austin< TX, 33–46(33)
  186. ^ National Earth Science Teachers Association 2010, 'Metals, nonmetals, & metalloids', Windows to the universe, viewed 14 July 2011
  187. ^ Research Centre for Computational Science 2010, The periodic table of the elements, Okazaki Research Facilities, National Institutes of Natural Sciences, Aichi, Japan, viewed 14 July 2011
  188. ^ Senese FA 2010, Metals, nonmetals and metalloids, viewed 14 July 2011
  189. ^ Weiner ER 2010, Applications of environmental aquatic chemistry: A practical guide, 2nd ed., CRC Press, Boca Raton, Florida, p. 109
  190. ^ Barbalace KL 2011, Periodic table of elements, viewed 14 July 2011
  191. ^ "Metalloid". Encyclopædia Britannica Online. 2011. Retrieved 14 July 2011.
  192. ^ Helmenstine AM 2011, Metalloids or semimetals: Properties of element groups, viewed 14 July 2011
  193. ^ Moore JT 2011, The periodic table: metals, nonmetals, and metalloids, dummies.com, viewed 14 July 2011
  194. ^ QA International 2011, Merriam-Webster Visual dictionary online, viewed 14 July 2011

Checks[edit]

The numbers, in table and in text, need to be manually checked and updated each time there is a new entry or a correction. Table numbers addups (not source mentioning itself) checked OK

Colors used
  • {{element color|Metalloid citeclass 1 of 4}}  #baffba (93%)
  • {{element color|Metalloid citeclass 2 of 4}}  #badcff (44%)
  • {{element color|Metalloid citeclass 3 of 4}}  #ffbadc (24%)
  • {{element color|Metalloid citeclass 4 of 4}}  #ffffba (9%)
The colors are calculated through HSV:
H-S-V: H-65-240 for all (1/240 scale)
H: gr/bl/rd/ye = 80/140/220/40

Details[edit]

  • Background color, odd rows:   #fdfdfd
  • Background color, even rows:   #f7f7f7
Follows the {{navbox}} style setting

See also[edit]