When various diameter particles are irradiated by a collimated laser light beam , light scattering phenomenon takes place , and the scattering light parameter include the information of the particles size distribution . mie scattering theory is the fundamental principle of the particle size measuring instruments and its computations are complicate 微型化雾粒粒径分布测量仪的测量原理是米氏光散射理论，当不同粒径的颗粒被平行激光束照射后，发生光散射现象，散射光的参数包含有被测颗粒粒径的信息，但其数值计算量大且复杂。
It was found that the composite film containing 28 . 6 % polyisoprene suited well for biosensor construction . the apparent michaelis constanst and activation energy for the immobilized glucose oxidase are 11 . 9 mm and 41 . 1 kj - mol " 1 , respectively . the biosensor response was influenced by ph value of determined solution , applied potential and operational temperature 研究发现，复合膜中聚异戊二烯含量28 . 6为传感器制作的最佳条件；固定化葡萄糖氧化酶的表观米氏常数为11 . 9mm ，酶催化反应的表观活化能为41 . 1kj ? mol ~ ( - 1 ) ；被测溶液的ph值、工作电位、使用温度等对葡萄糖传感器的响应有一定的影响。
Based on the theory of geometrical optics , the relationship between the axial force exerted on the micro - sphere particles in the mie scattering field and the main parameters of laser is calculated quantitatively when the absorption is considered . the results not only show the relationship between the axial force and some parameters , that include the absorption coefficient of microscopic particles , the laser wave - length , power and so on , but also are useful for choosing parameters in experiments 摘要以射线光学模型为基础，对微粒直径远大于激光微束的米氏粒子在考虑对光的吸收时轴向力与光源参数的关系进行了计算，计算结果给出了轴向力与微粒的吸收系数、波长、激光功率等参数的关系，为实验中参数的选择提供了依据。
The optimum temperature , the ph and storage stability were 80 ? , 8 . 0 and 28 days respectively . the reclaimed efficiency of immobilized enzyme that is prepared by this vector is over 76 % , the michaelis - menten kinetic constants were evaluated for the immobilized and the freely soluble enzymes , they were 21 . 64147 and 7 固定化酶的最适反应温度是80 ，最适ph是8 . 0 ，操作半衰期是28天，固定化酶的酶活回收率在76 %以上，通过米氏方程测定了固定化酶和溶液酶的米氏常数，分别为21 . 64147和7 . 0836 。
In contrast , sequences from two strains gymnodinium are divergent ( the sequence similarities of the small subunit ( ssu ) rdna , the its1 , the 5 . 8s rdna , the its2 and the large subunit ( lsu ) rdna are 76 . 5 % , 25 . 4 % , 54 . 2 % , 23 . 2 % , 56 . 5 % , respectively ) , though their phylogenetic positions are relatively close ，编号为gyn - 15 ) 、一株米氏裸甲藻( gymnodiniummikimotoi ) )虽然进化距离接近，但它们的rdna序列相似性却很低，全长序列的相似性仅为54 . 1 。
Michelangelo thus created this fresco as a tool to reveal to the world , in an extremely ingenious and metaphorical manner , that ever since the beginning of human creation , god has been communicating with humankind through the wisdom eye ; the life and power bestowed by god are also transmitted through this secret passageway connecting the secular world and the heavenly kingdom 藉由创造亚当这幅画，米氏用极其巧妙隐喻的手法告知世人：从人类被创造的伊始，上帝便一直透过智慧眼与人类沟通，而上帝所赐予的生命和力量，也正是经由这个沟通尘世与天国的秘密通道来传送。
Since ancient times , people have been familiar with this episode recorded in the biblical book of genesis . thus , when appreciating the creation of adam , they are inclined to focus on the beauty of youth and health that shines forth from the newborn adam , as well as on the wisdom and mercy radiating from god , who looks much older in contrast 长久以来，世人已极为熟悉圣经中这段关于创世纪的情节，因此在赏析这幅创造亚当作品时，往往仅著眼于米氏画笔下刚诞生的亚当所流露的青春健康之美，以及对比下显得年长许多的上帝所呈现出充满智慧与慈爱的画面。
3 . 2 . 1 . 4 ) which was prepared by precipitation of the water extract of the culture of aspergillus niger with ammonium sulfate and desalted by sephadex g - 25 , and was further fractionated by two steps of deae - toyopearl 650m and one step of poros 20pi chromatography . the other was a p - glucosidase ( ec . 3 . 2 . 1 . 21 ) which was prepared by the above g - 25 fractions and was further fractionated by two steps of deae - toyopearl 650m chromatography . the specific activity of the endoglucanase with sodium carboxymethyl cellulose was estimated to be 433 . 38 hj / mg -葡萄糖苷酶对水杨素的比活力为597 . 12iu mg ，并对其专一，不能水解棉花和羧甲基纤维素钠；分子量为117 . 5kda ，加dtt后分子量不变；该组分最适ph和温度分别为4 . 5和70 ，在ph5 . 0 、 50下对水杨素钠的米氏常数km为3 . 73mg ml ，最大反应速度vm为0 . 088mg葡萄糖( ml ? min ) ；与文献中从黑曲霉中分离的-葡萄糖苷酶比较后发现，该组分是一个新的-葡萄糖苷酶。
