生物流体

生物流体中声参量效应的研究

Study of acoustic parametric effect in biological fluids

液膜也被用于从发酵肉汤和生物流体中分离提取氨基酸、氨基酸衍生物和药物。

Liquid membrane is also used to study the separation and extraction of amino acids and their derivatives , and the drugs from fermentation broth and the biological fluids , respectively .

格子Boltzmann方法在许多领域，如多孔介质流、化学反应流、生物流体、微纳米尺度流等，都取得了出色的研究成果。

Lattice Boltzmann method has been successfully used in many areas , such as porous media flow , chemically reactive flows , biological fluid , micro-and nano-scale flow and so on .

点热源热脉冲法测算生物流体的热物性参数

Point Heat Pulse Method for Measuring Thermal Properties of Bio-fluids

生物流体敷料膜在烧伤治疗中的疗效观察

Effects of anti-infection of chitosan fluid dressing on burned surface

生物流体敷料膜治疗皮肤创伤的观察及护理

The therapeutic effect and the nursing of skin wounds treated with Chitosan

下呼吸道重开的生物流体力学研究：实验模拟

Biofluid mechanics investigation on obstructed pulmonary lower airway reopening : experiment simulation

壳聚糖生物流体敷料膜对各类创面愈合的临床效应

Clinical effect of chitosan biological fluid dressing on the healing of various wounds

生物流体膜治疗Ⅱ度烧伤创面的观察及护理

Observation and nursing of the II degree burning injury surface treated with biofluid film

生物流体传质问题的若干进展

Some recent advances in biofluid mass transfer

生物流体敷料膜换药治疗皮肤破损及压疮的疗效观察

Observation on therapeutic effect of patients with skin breakage and bedsore treated by biofluid gauze dressing change

在生物流体力学研究中，采用数值计算或数值模拟已成为重要的研究手段。

So numerical computation and numerical simulation have become important methods on the research of Biofluid mechanics .

目的：观察生物流体膜对Ⅱ度烧伤创面的疗效及治愈时间。

Objective : To observe the healing effect and healing time of the II degree burning injury surface treated with biofluid film .

生物流体力学原理可解释腺样体切除术后症状治愈的机制。

It can be interpreted by the principle of biological fluid dynamics technology why the clinical symptoms disappear after adenoidectomy . 4 .

结论生物流体敷料膜能抑制创面细菌的生长，促进创面愈合，而且减少病理性瘢痕的发生率。

Conclusion The Chitosan Fluid Dressing could inhibit the growth of bacteria , accelerate the healing and bring down the pathological cicatrices .

运用生物流体敷料治疗16例多发伤患者全身皮肤擦伤处的临床观察。

16 cases of patients with multi areas wound and skin abrasion were treated by biological liquid dressing and clinical observation were conducted .

结论应用生物流体敷料膜治疗皮肤创伤，方法简便可行，可明显缩短治疗时间。

Conclusion It is simple and has good effect to use Chitosan to treat skin wounds , and it can shorten the healing time .

本文用有限振幅插入取代法研究了20种生物流体和软组织的非线性参量B/A值。

The values of B / A have been studied for 20 biological solutions and animal soft tissues by the finite amplitude insert-substitution method .

目的：总结与分析近年来壳聚糖生物流体敷料膜在临床领域中的疗效及使用方法。

AIM : To summarize and analyze the clinical curative effect and usage method of chitosan biological fluid dressing ( CBFD ) in recant years .

生物流体（尿囊液？）药物稳定性是贮存条件，药物化学特性，基质和容器系统的函数。

Drug stability in a biological fluid is a function of the storage conditions , the chemical properties of the drug , the matrix , and the container system .

目的通过运用生物流体敷料+红外线照射治疗Ⅰ°～Ⅱ°褥疮及浅表创面的临床观察，探讨生物流体敷料对褥疮及创面治疗的临床意义。

Objective To study the clinical implication of bedsore and wound surface treatment through biological liquid dressing plus infrared ray radiation on degree ⅰ to degree ⅱ bedsore and wound surface .

在研究颅内压集中参数模型的基础上，改进自适应的龙格-库塔法对一类生物流体力学模型进行数值模拟。

The stability of a kind of biomechanical models with lump parameters was discussed . Based on a lumped parametric model of intracranial pressure , an adaptive Runge-Kutta method had been revised for numerical simulation .

新型序批式双外循环生物流化床流体力学特性研究

Study on the hydrodynamic properties of sequencing batch biological fluidized bed with double outside circulating

三重环流生物流化床的流体力学与传质特性

Hydrodynamics and mass transfer of triplet loop biological fluidized bed

新型结构内循环生物流化床的流体力学特性试验及数值模拟

Simulation of hydrodynamic behaviors of a new internal circulation fluidized bed bioreactor

生物兼容性磁流体通常使用水做介质载体。

Biocompatible ferrofluids normally use water as a carrier medium .

新型内循环生物流化床的流体力学性能

Hydrodynamics Property and Oxygen Transfer of New Type Internal Loop Biological Fluidized Bed

气泡循环流动型膜生物反应器流体力学特性研究

Hydrodynamic Behaviors of a Bubble-Up Loop Membrane Bioreactor

泥火山、张裂隙充填脉、碳酸盐壳、深海生物群是流体活动的直接体现；

Mud volcano , veins filled in fractures , carbonate crust and benthic biological communities are direct indications of fluid activities .

从气相含率、液体循环速度和体积氧传质系数方面研究自行设计新型结构的三重环流生物流化床的流体力学与传质特性。

Hydrodynamics and mass transfer of triplet loop biological fluidized bed reactors were studied in terms of gas holdup , liquid circulation velocity and volumetric mass transfer coefficient .