sticking coefficient
英 [ˈstɪkɪŋ ˌkəʊɪˈfɪʃnt]
美 [ˈstɪkɪŋ ˌkoʊɪˈfɪʃnt]
网络 粘附系数; 粘着系数; 附着系数
双语例句
- The correlation between this five parts and image sticking is respectively analyzed by Pearson Correlation Coefficient and trend chart.
利用皮尔森相关系数及趋势图分别分析这五段时间与产品影像残留水平的相关性。 - The value of the sticking coefficient may have to be revised.
附着系数的值可能应有所修正。 - It was found that the surface sticking coefficient of arsenic during HgCdTe growth was very low and sensitive with temperature, being only about 1 × 10~ (-4) at 170 ℃.
研究发现As的表面黏附系数很低，对生长温度十分敏感，在170℃下约为1×10-4。 - At temperatures above 120 ℃, the sticking coefficient of In atoms is always close to unity.
高于120℃，粘着系数始终接近于1。 - A steep change in the temperature dependence of the sticking coefficient of in atoms on the si ( 111) 4 × 1-in surface
Si（111）4×1-In表面上铟原子的粘着系数随温度的突变现象 - The adsorption of K on InP ( l00) surface can strongly enhance the nitridation at room temperature. The K adsorption increased the sticking coefficient of nitrogen on InP ( l00) surface.
In4d芯能级和价带谱的研究表明：碱金属吸附于InP（100）表面可以强烈地影响其在室温下的氮化反应，K的存在极大地提高了N2在InP（100）表面的粘附系数。 - Composite coating improves wear resistance by sticking out of the base metal, so that it can sustain pressure, avoid adhesion and decrease friction coefficient.
复合镀层提高耐磨性的原因在于复合粒子在基质金属表面形成突起，起到了支撑载荷、避免粘着磨损及减小摩擦系数的作用。 - The initial sticking coefficient of the K precovered Ag surface for oxygen adsorption is enhanced.
表面预覆盖K后的粘滞系数大大增加。 - At temperatures below 110 ℃, the sticking coefficient for In atoms is close to zero due to saturation of valence bonds resulting from the arrangement of In atoms in the 4 × 1-In overlayer.
在110℃以下，几乎为零的铟原子的粘着系数是由于4×1-In结构的原子排列使表面呈现价键饱和状态所致； - It is shown that the sticking coefficient of oxygen on Ag-Pd alloy surface is slightly less than that on Ag surface, which implies that the alloying of Ag and Pd decreases the surface activity.
与纯银相比，氧在银钯合金表面吸附具有较小的粘附系数和较大的偶极矩。 - With the increase of the electrical current, the sticking wear aggravates, the lubrication film gets damaged, and finally the friction coefficient and the wear mass loss both become bigger.
随着电流密度的增大，润滑膜遭到破坏，导致复合材料的摩擦系数增大、磨损量增大； - The steep change of the sticking coefficient in the temperature range 110-120 ℃ may be explained by a model of the order-disorder transition arisen from the surface melting.
在110&120℃温区内发生的粘着系数的阶跃变化可以用表面熔化所导致的有序-无序的相变模型来解释； - AES and RHEED techniques have been applied to a study of temperature dependence of the sticking coefficient of In atoms on the Si ( lll) 4 × 1-In surface.
用AES和RHEED研究铟原子在Si（111）4×1-In结构表面粘着系数与温度的关系。