1)  human respiratory system
人体气管
1.
The significant amount of small and fine particles emitted out from the process of coal combustion may flow into the human respiratory system via human's inhalation, a part of solids depositing on the airways, the rest finally reaching human's lung.
基于气固两相混合物中粒子随机的Brown扩散运动机理,分析了粒子在气管内随时间和空间位置变化而呈现出的概率分布,提出了粒子有效扩散表面的概念,由此建立了人体气管吸入流中微细粒子沉积的数学模型,从而计算出粒子在气管壁的沉积效率。
2)  human body
人体
1.
Study of 3D human body auto-measuring system and the modeling of 3D human body;
三维人体自动测量系统及其模型建立的研究
2.
The study of the auto-measurement system of 3D human body;
三维人体尺寸自动测量系统的研制
3.
Specific absorption and currents induced in human body for exposure to electromagnetic pulses;
人体对电磁脉冲吸收剂量的仿真研究
3)  body
人体
1.
Recent development of non-touch 3D body measurement;
非接触式三维人体计测现状
2.
Mathematical model and multiple regression equation for calculating segmental mass of Chinese young male body;
计算中国男性人体环节质量的多元回归方程
3.
The Research on Physical Mechanism about how Thunder Current Passes the Body;
雷电流通过人体的物理学机理研究
4)  Human
人体
1.
Effects of arsenic exposure caused by burning coal on immune function of human;
燃煤砷污染对人体免疫功能影响
2.
Prevalence and Control of several Parasitic Diseases of Human and Aquatic Animals;
几种与水产动物有关的人体寄生虫病流行及防治
5)  harm to human body
人体危害
6)  mannequin modeling
人体建模
1.
Study on parameterized mannequin modeling in 3-D garment simulation;
三维服装仿真中的参数化人体建模技术
2.
Applying the aspect orient mannequin modeling to garment CAD;
面向方面的人体建模在服装CAD中的应用
3.
Because the system consists of the functional modules such as the parameterization of mannequin modeling,2D and 3D interactive design and dress animation demo,a clear hierachical system function architecture is designed.
本文使用UML建模技术,综合面向对象的设计思想,采用"核心→边缘"、"主干→细化"的螺旋式功能设计方式,针对个性化服装款式三维设计与演示系统涉及的参数化人体建模、二维/三维交互式设计、服装动画演示等模块功能,设计了具有清晰层次性的系统功能体系。
参考词条
补充资料:急性喉气管支气管炎


急性喉气管支气管炎
〖HT5”SS〗acute laryngotracheobronchitis

上、下呼吸道的急性弥漫性炎症,以喉部及声门下的浮肿、气管与支气管内渗出物稠厚成痂,以及中毒现象为特征。可为流行性或散发性,往往继发于麻疹或流行性感冒之后。多见于3~5岁的幼儿,因此时对传染病抵抗力低,咳嗽功能差,加之分泌物黏稠不易咳出,更助长感染的蔓延。冬季与早春气候干燥时发病较多。患处黏膜充血肿胀,可见糜烂或溃疡,甚至侵入肌层,以致管腔狭窄。
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