Please wait a minute...
金属学报  1983, Vol. 19 Issue (3): 118-122    
  论文 本期目录 | 过刊浏览 |
VIA族元素在Ti中的最大固溶度变化规律及Po的有效电荷计算
王孔探
洛阳船舶材料研究所
MAXIMUM SOLUBILITY VARIATION OF ELEMENTS OF GROUP VIA IN Ti AND CALCULATION OF EFFECTIVE ELECTRIC CHARGE OF Po
by WANG Kongtan (Luoyang Ship Material Research Institute)
引用本文:

王孔探. VIA族元素在Ti中的最大固溶度变化规律及Po的有效电荷计算[J]. 金属学报, 1983, 19(3): 118-122.
. MAXIMUM SOLUBILITY VARIATION OF ELEMENTS OF GROUP VIA IN Ti AND CALCULATION OF EFFECTIVE ELECTRIC CHARGE OF Po[J]. Acta Metall Sin, 1983, 19(3): 118-122.

全文: PDF(330 KB)  
摘要: 本文采用解方程的方法,计算了S,Se,Te三元素在α-Ti中的最大固溶度C_α的变化规律,并建立了相应的方程式。计算表明,所建立的方程式也适用于Po,算得Po的C_α=0.21(at.-%),原子实有效电荷z~*=5.26。此外,还根据C_β与C_α的关系估算了S,Se,Te,Po在β-Ti中的最大固溶度C_β分别为0.13,0.24,0.29,0.32(at.-%)。VIA族元素在Ti中的最大固溶度的变化,受该族元素的非金属性及原子半径差的控制,主要控制因素是非金属性。C_α,C_β与△x,△z/r_k,△z/r_(cov),z~*/r_k,z~*/r_(cov)及原子半径差△r有良好的线性关系;C_α和C_β随上述参数的增加呈线性降低。
Abstract:The variation of maximum solubility C_α of S, Se or Te in α-Ti has been calculated by solving the proposed equation. It was shown that the equation is also available to Po, its C_α =0.21 at.-% and the effective electric charge z~*=5.26. The maximum solubility C_β of S, Se, Te or Po in β-Ti was estimated to be 0.13, 0.24, 0.29 or 0.32 at.-% respectively by the correlation between C_β and C_α. Thevariations of C_α and C_β of the elements of group VIA are controlled by nonmetallicity and the difference between the radii of atoms of these elements and Ti, and mainly by their non-metallicity. C_α and C_β have good linear relationships with the difference between electronegativity, the ratio of electric charge and radius of Ti or these elements, the ratio of electric charge and radius of these elements and the difference between atomic radii of Ti and these elements. C_α and C_β decrease linearly with the increase of these parameters.
收稿日期: 1983-03-18     
1 #12
2 #12
3 The Science Technology and Application of Titanium, Eds. Jaffee, R. I.; Promisel, N. E., Pergamon Press. London, 1970, p. 407.
4 陈念贻,键参数函数及其应用,科学出版社,1976.
5 王孔探,金属学报,19(1983) ,B112.
No related articles found!