In particular, influences of radiation, temperature regime and precipitation were analyzed.

1、

Preliminary study of the temperature regime of main lakes in China

我国湖泊水温状况的初步研究

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2、

Determination to temperature regime of purple soils in Sichuan Basin

四川盆地紫色土温度状况的确定

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3、

Permafrost Temperature Regime: Study Method and Applied Analysis

冻土温度状况研究方法和应用分析

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4、

Utilization of high temperature condensed water recovery technology in artificial board production

人造板生产中高温凝结水回收的几个问题

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5、

Low temperature waste heat recovery technology should be enhanced urgently.

低温余热回收技术亟待提高。

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6、

Study and application of profile control technology under high temperature in thermal recovery wells

热采井高温调剖技术的研究与应用

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7、

Recovery of silver from silver manganite with chloride roasting cyanide leaching process are studied. The effects of sodium chloride addition, particle size of ore sample, roasting time, roasting temperature on recovery rare of silver are examined.

研究了以氯化焙烧-氰化浸出工艺从银锰矿中回收银，考察了氯化钠加入量、矿石粒度、焙烧时间、焙烧温度对银浸出率的影响。

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8、

By the relationship between temperature and recovery force, select temperature as the feedback and THE USES OF CORRUGATED SHEET Sheet Wave-Shaped Die Using AFS algebra and AFS structure, any human ordinary fuzzy concept can be represented.

根据温度与回复力的对应关系，选用温度作为反馈量，采用闭环控制方案对该结构进行形状控制，并将实验测得的主动变形波纹板结构的自由端位移与数值模拟结果进行比较和分析。

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9、

Methods: Organic reagent was used as matrix modifier, the analytical informations between before and after adding organic matrix modifiers were compared, for example, atomic temperature, recovery and RSD etc.

方法：采用有机试剂为基体改进剂，比较加入有机基体改进剂前后的原子化温度、回收率和精密度等分析信息。

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10、

First under laboratory conditions, the experiment explore the factors affecting the performance of reverse osmosis, these factors include: operating pressure, temperature, recovery rate, pH, and water salinity.

本实验主要针对上述问题展开，首先在实验室条件下，探索影响反渗透性能的因素，这些影响因素主要包括：操作压力、温度、回收率、pH和进水含盐量。

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11、

Heart rate, temperature and recovery time of gastrointestinal function were observed every day after surgery, and numeration of leukocyte was reviewed in the third day after surgery. 4.

术后每天监测体温、心率变化、观察胃肠功能恢复时间、用药第3天复查白细胞计数，观察两组治疗效果。

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12、

The Rankine cycle of low boiling medium and its application to low temperature waste-heat recovery in foreign countries are reviewed.

本文介绍低沸点工作介质的兰金循环特点及目前国外运用这种循环方法回收和利用低温余热的情况。

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13、

In this paper, the effect of flux components, flux addition and melting temperature on recovery ratio and impurity content was analyzed.

本文实验研究了熔剂配比、熔剂加入量和熔炼温度等对铸造废铝屑的回收率、合金含杂量的影响。

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14、

This article first studied the influence of operating pressure, time, temperature and recovery on the separation performance of NF membrane.

首先研究了操作压力、时间、进水水温及回收率对纳滤膜通量变化的影响。

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15、

The development history, technology characteristics of low temperature heat recovery steam generator and technical issues in its development are introduced.

阐述了水泥窑余热锅炉技术的发展历程、纯低温余热锅炉的技术参数及纯低温余热锅炉的开发过程中面临技术难点。

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16、

The main advantages of low temperature refrigerant recovery equipment are safe, easy to use and high recovery rate.

低温式制冷剂回收装置具有使用安全、便捷及高回收比等优点。

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17、

Reduction of flue gas exhaust temperature and recovery of heat energy of flue gas;

降低排烟温度，回收排烟热能；

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18、

Analysis of Low Temperature Refrigerant Recovery Equipment

基于低温方法的制冷剂回收装置分析

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19、

The Exergy Analysis of Middle-low Temperature Heat Recovery Power System and Parameter Optimization Research

中低温余热发电系统的（火用）分析及其参数优化研究

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20、

Effect of Different Recovery Temperature on Recovery Stress of Ni-Ti-Nb Alloys

不同回复加热温度对Ni Ti Nb合金回复应力的影响

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