viscid

英 [ˈvɪsɪd]

美 [ˈvɪsɪd]

adj.  黏稠的; 黏质的

GRE医学

牛津词典

adj.

• 黏稠的；黏质的
  sticky and slimy
  1. the viscid lining of the intestine
     肠黏膜

英英释义

adj

• having the sticky properties of an adhesive
  Synonym:glueyglutinousgummymucilaginouspastystickyviscous

双语例句

• Identification and control of viscid serrati pollution in soy sauce production
  酱油生产中粘质沙雷氏菌污染的鉴别与控制
• Mix system design is a key part which effects whole equipment capability. author analyzes sealant 'mix characteristic ( or viscid liquid). And basis on it, design the mix vane.
  搅拌系统设计是影响灌缝机整机性能的关键部分，文章分析了密封胶（粘稠液体）的搅拌特性，并根据搅拌特性设计出了适合的搅拌叶片。
• Furthermore, it can be concluded that an active viscid membrane and a high melting point constituent which can fix viscid membrane are the esse.
  同时指出，活性成膜物和对粘态膜起“钉扎”作用的高熔点物是高温热处理保护涂料的必备成分。
• Viscid branched perennial of the southwestern United States and northern Mexico having tuberous roots and deep red flowers.
  美国西南部和墨西哥北部的长有粘质树枝的多年生植物，具有块状根茎和深红色花朵。
• By solving a full three-dimensional viscid flow N-S equation, a flow field calculation was performed.
  流场计算采用全三维粘性流N-S方程求解。
• 3-D Viscid Flow Numerical Research of Improving Aeroengine Performance with Twisted and Bowed Turbine Guide Blades
  采用弯扭导向器改型涡轮级提高发动机性能的三维粘性流场的数值研究
• The proper squeeze which is a or repeated essential technological process before processing the attapulgite clay can make it dissolved and make it more viscid and colloidal.
  适当的挤压作用，有利于凹凸棒石的水化和粘结性能、胶体性能的发挥，这是凹凸棒石粘土加工必须的一道或多道工艺过程。
• Mindlin plate unit is applied to all three plates, local coordinate system with middle surface of each plate as coordinate plane is used to build finite element model, and constant complex number model is applied for interlayer material's viscid elasticity.
  对三层板均采用Mindlin板单元，以各层的中面为坐标平面建立局部坐标系来建立有限元模型，芯层材料的粘弹性采用常复数模型。
• In this thesis, in order to calculate the viscid effect, Euler equations+ boundary layer correction method and N-S equations+ S-A turbulent model method are introduced.
  另外，本文在计算流场的粘性影响时，分别采用了附面层修正+Euler方程和S-A湍流模型+N-S方程两种方法。
• The phenomenon of S-wave splitting and acute angle and triple-branch of wave front in biphase TI medium are basically similar to that in TI medium. The only difference is that the velocity of elastic wave become slower with the characters of dispersion and attenuation in viscid phase;
  双相TI介质中横波分裂现象及波前面尖角和三分叉现象与TI介质中的基本相同，只是黏滞相界中弹性波速度有所减小，且具有频散和衰减特性；