The calculated mean diameter , mean square - root diameter , mean cube - root diameter and liquid water content are all well matched with the observational results ; in the paper two examples have been analyzed by using the seeding region data and the possible affecting region data in leeward region . it is found that f - 100 , 2dc , and 2dp ' s particle concentrations increase in leeward region , but rising extent is different , which is likely to be due to difference of seeding effect time 拟合值和观测值吻合的较好，计算出的平均直径、均方根直径、均立方根直径和粒子浓度与观测值也比较吻合；本文对两组个例的催化影响区域及可能采集到相应值的下风方区域进行了分析，催化下风向影响区的f - 100 、 2dc 、 2dp的粒子浓度比背景值都有所增加，但是增加的幅度不同，应该是催化响应时间的原因。
However for the closed stomata , induced by aba , the distribution density of particles in gcv is greatly reduced with the obviously enlarged volume , b ) buffers regulate ph of in vitro gcv sap in the tip of micro - capillaries : certain amount of buffer ( mes - tris ) is filled from the tip of micro - capillaries beforehand , and the ph of gcv sap that is sampled by the same micro - capillary sh ould be regulated by the buffer 观察结果与本试验室已发表的气孔开放过程的实验结果一致：开放态气孔保卫细胞液泡所含颗粒状物的线度极小(平均直径10nm ) ，且分布密度极高，而经aba处理的关闭态气孔保卫细胞液泡所含颗粒状物的线度很大(平均直径50nm ) ，分布密度很小。
In this dissertation , an intelligent analyzer based on image processing technology is developed for cashmere fiber quality inspection . the setup of the intelligent analyzer includes a personal computer , a image capturing card , an optical microscope , a ccd camera , a x - y driving worktable , a printer and a set of software for image capturing and analyzing . microscopic images are captured by the ccd camera and are saved in the hard disk in digital form 系统的分析过程为：待测量纤维经显微镜成象后，由ccd将光信号转换成电信号，再经图象卡将显微视场中的一块区域转化成一幅数字图象，然后用计算机对数字化纤维图象做分割处理（即二值化处理） ，找出待分析的纤维，通过快速纤维检测算法进行分析计算，测定各纤维组分的平均直径和根数等主要参数，从而计算出各纤维组分的含量。
During light adaptat ion the arrangement of microvillus in the rhabdom was in disorder , and the diameter of rhabdom was reduced . at the same adaptation the area of the perirhabdomal vacuole was reduced and the number of the multi vesicular body was increased . besides that the d i str i but i on and the amount of the p i gment granule , the lamellar body were influenced by light adaptation 光适应时感杆束的微纤毛的平均直径膨大，排列零乱，感杆束的平均直径减小；膜下储泡囊平均直径减小；小网膜的细胞质中胞饮泡和小囊泡数量较多；多囊体的平均直径减小，数量较少；板膜体较少，色素颗粒多，分布于细胞的各个层面。
