查询词典 acting surface

Name:杨丞琳 English name: Rainie Birthday: June 4, 1984 Height: 161cm Weight: 44kg Measurements: 32B, 23,33 Blood type: A type Education: College of the Arts Hanaoka Interests: acting, singing, dancing, watching TV Language: Mandarin, Cantonese (a little bit of Japanese and English) Expertise: singing日文歌, tumbling Pet phrase: in every sentence, insert the words "full" word Lucky number: 3 Fortunately objects: watches To collect things: legislation may be in the White珠珠 Appreciate the qualities of the opposite sex: more senior than me, baby face, dark complexion, Movement Appreciate the female artist: Speed, good morning girl group, Amuro Namie, Stefanie Appreciation of the male artist: V6 in Ken Miyake Favorite movie:"Back to the Future" Most want to go: Japan, New York Favorite places: Japan, Taiwan Favorite music type: liked Favorite sports: table tennis, swimming Favorite color: In addition to yellow, green or red, the other acceptable Favorite food: fruit Dislike of food: sea cucumber The most annoying person: artificial, loving and proud装傻 Favorite animal: dog Fear of animals: rats The most unbearable thing: boys playing girls, the wicked bully good A child's dream: When dance teachers, office workers The dream of growing up: make-up artist, hair stylist Album:"" FALL IN LOVE "",""谁怕谁"" Film:"First Love Canal surface twitter""tattoo" TV:"sunshine jelly","White Love","番外篇Flower,""Pink Britney Godfather,""""the devil in him","change of love","bad laugh flowers"

姓名：杨丞琳英文名：Rainie 生日：1984年6月4日身高：161cm 体重：44kg 三围：32B、23、33 血型：A型学历：华冈艺术学院兴趣：演戏、唱歌、跳舞、看电视语言：国语、广东话专长：唱日文歌、翻筋斗口头禅：在每一句话前加上"完全"二字幸运数字：3 幸运物：手表搜集的东西：立可白里的珠珠欣赏的异性特质：比我高、娃娃脸、皮肤黝黑、会运动欣赏的女艺人：Speed、早安少女组、安室奈美惠、孙燕姿欣赏的男艺人：V6中的三宅健最喜欢的电影：《回到未来》最想去的地方：日本、纽约最喜欢的地方：日本、台湾喜欢的音乐类型：都很喜欢喜欢的运动：乒乓球、游泳喜欢的颜色：除了黄色、绿色或大红色，其他的都能接受喜欢的食物：水果讨厌的食物：海参最讨厌的人：做作、爱装傻又骄傲的人最爱的动物：狗最怕的动物：老鼠最不能忍受的事：男生打女生、恶人欺负善者小时候的梦想：当舞蹈老师、上班族长大后的梦想：化妆师、发型师唱片：《"FALL IN LOVE"》、《"谁怕谁"》电影：《初恋拿喳面》《刺青》电视：《阳光果冻》、《爱情白皮书》、《花香番外篇》、《粉红教父小甜甜》、《》《恶魔在身边》、《换换爱》、《不良笑花》请帮我翻译这些

This paper summarized the characters and acting principles as well as the application of low temperature plasma technology on the surface modification of protein biomaterials, and forecasted their applied prospects. Especially it make mention of improved absorption and combination of chrome in leather processing by low temperature plasma on the surface modification of collagen fibrils, that it may come into being a new technology of free-chrome.

概述了低温等离子体的特点和作用原理，并总结了低温等离子体技术在蛋白类生物材料表面改性中应用，展望了该技术的应用前景，特别指出了通过低温等离子体对皮胶原纤维的改性处理，有望提高铬的吸收与结合，甚至实现无铬鞣制新技术，这将对传统铬鞣工艺产生重要作用。

This algorithm is proposed on the basis of the thought as follovvs: as for three dimensional Euclid space, the feasible region of any linear programming problem is a extended convex polyhedron, of which surface is consisted of some planes, and its objective function can be regarded as a parallel plane pencil with objective function value acting as parameter.

如果线性规划问题有最优解，那么过可行域的一已知顶点必至少存在这样一条棱——它以该己知顶点为一端点，可行域的另一顶点为另一端点，并使目标函数在另一端点的函数值优于己知端点的函数值，否则，该己知点就是线性规划问题的最优解。

A different orientation would mean a change of earth gravity acting on flow boiling heat transfer. Based on analysis of the influence of buoyancy on flow boiling heat transfer at different orientation angle, the vertical upflow and downflow are used as ways of the arrangement of heating surface for the modeling test on earth's surface of the ...

在浮力对不同方向角下流动沸腾换热影响分析的基础上，提出了采用立式上升流和下降流来作为地面模拟微重力下流动沸腾试验的加热面布置形式，通过对这两种工况的比较研究可以典型地说明重力场对流动沸腾换热的影响。

The results show that the microstructure of ventra1 scale for python was composed of micro-convex and plank structure that was periodically arranged, it was mensurable and could be described by 9 characteristic parameters. Its surface was different in their forward and backward lean angle. The frictional coefficient of the ventra1 scale had closely relationship with moving direction, it decreased with the increasing load. The value of the frictional coefficient was about 0.07. The frictional coefficient while python moved backward and laterally were equal, and that was 33% more than that moved ahead. The frictional force of the ventra1 scale surface was caused by mechanical tooth function of micro-convex, acting intermolecular force and material's elastic hysteresis. The difference of forward and behind bevel for micro-convex was the anisotropy reason of frictional force.

结果表明：腹鳞表面的微观结构由指状微突体和板结构部分周期排列而成，其结构可用9个特征参数定量描述；腹鳞表面摩擦力由分子作用力、表面微突体的犁沟力、楔形作用力以及材料弹性滞后共同引起；腹鳞表面的摩擦系数在0.07左右并与运动方向有关，摩擦系数随载荷增加而减小；后向运动及左、右侧向运动时摩擦系数基本相等，比前向运动时高33%左右；腹鳞表面微突体不同方向上倾斜角度的差异是引起摩擦各向异性的主要原因。

Derives the formulae for calculating the distortion and stress on the acting surface of flexspline load in the drive process of the harmonic gear drive with three-wave wavegenerator;(2) analyzes and compares the performance of plastic and steel products under light load drive and calculates the probably reached limit of drive ratio for both types of flexsplines under the same load;(3) applies the harmonic gear drive with three-wave wavegenerator to the small-sized multiple-revolution electric device of valves by taking into consideration of the low limit of the drive ratio for the harmonic gear drive with three-wave wavegenerator made of plastics, improves the design on the main drive mechanism of the traditional small-sized multiple-revolution electric device of valves, and validates through examples the feasibility for the harmonic gear drive with three-wave wavegenerator made of plastics to be applied to the small-sized multiple-revolution electric device of valves. Finally the author performs calculations on the two types of the flexsplines of the harmonic gear with three-wave wavegenerator by using the finite element method and analyzes the causes for the errors.

本文根据三波谐波齿轮传动的运动变形特点，采用弹性薄壳的力矩理论，推导了三波谐波齿轮传动柔轮载荷作用面上的变形及应力计算公式；分析比较了轻载传动情况下塑料和钢材的性能，计算了塑料制谐波柔轮和钢制谐波柔轮在相同载荷情况下可能达到的传动比极限；对塑料制及钢制三波谐波齿轮柔轮进行了有限元计算，分析了产生误差的原因；针对三波塑料谐波齿轮传动比极限低的特点，将之运用于小转矩多回转阀门电动装置中，对传统的小型多回转阀门电动装置的主传动机构进行了改良设计，并通过实例验证了三波塑料谐波齿轮传动在小转矩多回转阀门电动装置中应用的可行性。

Based on active timbering principle of bolt-grouting, shearing strength between bolt-grouting and rock can be transformed into the surface pressure of acting on the inner surface in the cavity and anchor-forced rock is regarded as a equivalent material.

3基于锚杆的主动支护原理，将锚杆与岩体之间的剪应力转换为作用在洞室内表面上的面压力，将锚固后的岩体视为等效材料。

The results indicated that the content of organic matter of the natural meadow and the arbor forest land in the 0-20 cm surface soil grew separately by 36.11% and 32.96%; the nitrogen content of the natural meadow and the arbor forest land was also high, being 66.88 mg/kg and 69.37 mg/kg, respectively; the content of fast-acting potassium in the surface soil was higher than that of meadow ,while the activity of the urea enzyme, alkaline phosphatese and sucrase of the arbor forest land was stronger than that of the other four land utilization modes.

结果表明，天然草地和乔木林地10~20 cm表层土壤有机质增长率均较大，为36.11%和32.96%，二者碱解氮含量也较高，分别为66.88和69.37mg/kg；乔木林地和灌木林地0~20 cm 表层土壤有效磷含量均高于天然草地和人工草地，乔木林地速效钾含量最高。

The results of DLVO theoretical calculations indicate that the total acting energy between the titanaugite and ilmenite particles at pH 5.9 is negative, showing as attraction, which causes the superfine titanaugite particles attach on the surface of ilmenite. At pH 8.5, because of large electrostatic repulsion energy, the total acting energy shows as strong repulsion, thus the superfine titanaugite particles can not attach on the surface of ilmenite.

DLVO理论计算结果表明：当pH=5.9时，两种矿物颗粒间的总相互作用能为负值，表现为相互吸引，微细粒级的钛辉石会在钛铁矿表面上粘附，使钛铁矿的回收率显著降低；当pH=8.5时，由于静电排斥能大，总相互作用能仍表现为较强的排斥力，微细粒钛辉石不能粘附在钛铁矿表面。

Interfacial surface tension is the resistance to separation possessed by a film of liquid between two well-adapted surfaces. It is the result of the cohesive forces acting at the surface of the liquid.

界面表面张力是指两个具有良好密合性被液体薄膜粘附的界面抵抗被分离的能力。

If you are unfortunate enough to the lovelorn, please tell me, I will help you out, really, please contact me!

如果你不幸失恋了，请告诉我，我会帮助你摆脱困境，真的，请联系我啦！

China's plan to cut energy intensity by 20 percent and pollutant discharges by 10 percent between 2006 and 2010 is a case in point.

中国计划在2006年到2010间降低20%的能源强度和减少10%的主要污染物排放，就是一个这样的例子。