LHP

Design of LHP and Its Outstanding Features in Technique

龙滩水电站设计及技术特点

Therefore , the LHP method could be used to identify chicken irradiated under the condition of air .

这表明，脂过氧化物方法可用于空气条件下辐照鸡肉的检测。

SHP was commonly higher and LHP was lower in dark period than in light period .

且暗期显热普遍高于光期，而潜热则普遍低于光期。

Researching the detection of irradiated fresh chicken by lipid hydroperoxide ( lhp ) method

探索用过氧化物方法检测新鲜辐照鸡肉

The experiments also aimed at analyzing the law of the variation of LHP 's conductance with heat load .

分析了回路热管热导随传热功率变化的规律。

Flowing / Heat Transfer Analysis of A Parallel-style CPL / LHP Condenser

一种并行式CPL/LHP冷凝器的流动/传热分析

The Experimental Investigation of LHP with a Flat Evaporator Research of the Spam Filtering Technology based on E-mail System Subassemblys

平板式环路热管实验研究基于邮件系统组件的过滤技术

The influence of the relative orientation of evaporator and condenser on LHP 's operation and its passive thermal control characteristics is discussed .

讨论了蒸发器和冷凝器的方位对系统运行、温度控制特性的影响。

The construction of the RCC thin arch dam of LHP shows that the RCC dam can replace conventional concrete dam in most cases .

龙首水电站全碾压混凝土薄拱坝的建成，证明了碾压混凝土筑坝技术完全能够替代常态混凝土筑坝。

Evaporator is the most important part of Loop Heat Pipes ( LHP ) and the flow field in its core is the focus of LHP design .

蒸发器是环路热管（LHP）中最重要的部件，蒸发器主芯中的流场是设计中最受关注的地方。

The maximum heat transfer capacity based on LHP capillary structure is forecasted . And combined with experimental research , influence of the capillary structure on LHP characteristics is discussed .

对毛细芯所能提供的最大蒸发传热能力进行了预测，并结合实验研究结果综合分析了毛细芯结构对LHP性能的影响。

Loop heat pipe ( LHP ) has very good application prospects in the field of cooling electronic equipment . Therefore study on the LHP in depth has very important significance .

LHP（环路热管）在电子设备冷却方面具有很好的应用前景，对LHP进行深入的研究具有很重要的意义。

When the heat load is 25w , regardless of the direction of the acceleration , the operation temperature of the LHP will increase with the increase of acceleration .

当热载荷为25W时，不管蒸发器内工质流动方向与加速度方向是否相同，蒸发器运行温度都是随着加速度的增大而增大。

The miniature flat heat loop pipe ( LHP ) used for heat dissipation of electronic apparatus at high heat fluxes is presented , and its operational principle and advantages are analyzed .

提出了微小型平板LHP来实现高热流密度电子器件的散热，分析了LHP的工作原理以及运用于电子器件散热的优点。

The LHP ( Loop Heat Pipe ) is such a thermal controlling device , of which the driven potential depends on the phase change of the working fluid and the capillary force .

回路热管（LHP：loopheatpipe）是一种利用工质相变传输热量，并且利用毛细力驱动系统循环的热控装置。

This paper presents a novel design of the secondary evaporator with axial grooves on its internal surface of a cryogenic LHP . Ground-experimental study on the performance of Loop Heat Pipes

这种次蒸发器的结构简单，并使低温回路热管的整体设计变得简易。回路热管性能的地面实验研究

Due to the low efficiency of Fast Fourier Transform and its inverse transform , we consider the CDO pricing problem under the large homogeneous portfolio ( LHP ) approx-imation .

鉴于快速傅里叶变换以及逆变换的计算效率不高，我们考虑在大样本同质投资组合（LHP）的近似情况下，CDO的定价问题。

In this paper , the experiment and its results of LHP at situations of vacuum and low temperature are introduced . The results indicated that the performances of LHP just meet the needs of spacecraft .

本文重点介绍了LHP的低温真空试验及结果，结果说明LHP的性能满足空间飞行器的热控技术指标要求。

The effect of charging ratio on copper-water LHP heat transfer characteristics was investigated . Visualization research on working fluid circulation in flat LHP evaporator was also performed , taking advantage of high-speed camera .

研究了充液率对铜-水LHP综合传热特性的影响，采用高速摄影技术对平板型LHP蒸发器进行液体循环可视化实验研究。

Essential problems in the process of construction planning for LHP are discussed in this paper , such as the pre_stage engineering design , bid preparation for main structures , river diversion , controlling construction schedule and methods for RCC dam constrction , etc.

介绍龙滩工程施工规划设计中的几个主要问题，包括前期工程设计、主体土建工程分标、施工导流、施工控制性进度及碾压混凝土坝施工方案等。

First , the operating parameters of the LHP are analyzed at the condition of steady state . And then the numerical model of evaporator is established in different acceleration working conditions . Finally , the fluent software is used to simulation the variable acceleration conditions .

首先对影响性能的参数进行分析；然后建立LHP在不同加速度工况下的蒸发器的数值模型；最后用Fluent软件对已经建立的蒸发器方程组进行数值模拟。

Results : The markedly effective rate of short-term treatment with LHP was 71.78 % , and the total effective rate was 92.02 % , the total rates of improving urine routine and urine bacterium were 95.21 % and 79.37 % respectively in LHP treatment group .

结果：羚黄散治疗组临床近期疗效的愈显率为71.78%，总有效率为92.02%；尿常规治疗后总改善率为95.21%，尿细菌学治疗后总改善率为79.37%。