thickness n. 1.厚;粗;厚度;粗大。 2.浓度,浓厚,黏稠。 3.密度;稠密。 4.模糊不清,多烟雾,混浊。 5.愚笨;迟钝。 6.最厚[粗,密,浓]处。 7.(有一定厚度的东西的)一张,一层。 8.亲密。 coal seams of less thickness than five feet 厚度不及五英尺的煤层。 the thickness of population in New York 纽约的人口密度。 wood of different thickness 厚度不同的木头。 five thicknesses of cardboard 五层纸板。
sampling n. 1.取样(品),取标(本)〔指行动或程序〕。 2.样品,标本。 3. 剽窃拼凑歌曲。
Moreover, the turning point that is n't yet reported by relative literature before is found in the earlier stage of crystallization when the sample thickness reduce to the desired value 随着研究的深入,发现当样品厚度降到一定值时,在结晶过程开始后不久就会出现一个初期转折点。
Found relationship on increasing value of saturation darkening degree ds and activation intension . discussed nonlinear relationship of photochromic glass between saturation darkening degree ds and sample thickness 讨论了光致变色玻璃饱和变暗度(d_s)值与试样厚度(1)之间的非线性关系。
The debinding defects could be caused by inappropriate debinding parameters such as temperature in creasing schedule, constant temperature time . the logarithm of weight loss was proportional to the reciprocal of sample thickness at temperature below 280c 粘结剂的脱脂行为决定脱脂工艺,脱脂缺陷与升温速率、保温时间、气氛流量和压力、以及产品厚度有关,温度小于280时,脱脂量的对属与厚度的倒数成比例。
The sample thickness declining, provided the number of nuclei per unit volume fix, the value of the avrami exponent n falls, but the values of vc and s almost do n't change . when the value of thickness reduce to the average diameter of entities, the turning point turn up after the course of crystallization has begun soon 当单位体积内晶核数目不变时,样品厚度h减小,n减小;v_c和_s值基本不变:当h降到小于等于体系内球晶的平均直径时,在结晶最初期,会出现一个初期转折点。
In this paper, the course of isothermal crystallization kinetics of polymer in limited volume unit is simulated by use of the method of monte carlo . four factors influenting on the course of polymer in the limited volume unite isothermal crystallization are analyzed under the given conditions . the four factors are sample volume shrinkage, the change of the linear growth rate of entities g, the change of sample thickness and the change of the number of nuclei 本文采用montecarlo方法研究了高聚物在有限体积元中的等温结晶动力学过程,分析了在一定条件下,样品体积收缩、晶体线生长速率变化、样品厚度变化和晶核数目变化这四种因素对高聚物在有限体积元中的等温结晶过程的影响。