The Fuel-Replacement Factor of Insolation Passive Solar-Heating Systems with a Three-Layer Translucent Shield with a Partially Ray Absorbing Transforming Film on the Inside

N. R. Avezova; R. R. Avezov; Yu. K. Rashidov; F. Sh. Kasimov

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The Fuel-Replacement Factor of Insolation Passive Solar-Heating Systems with a Three-Layer Translucent Shield with a Partially Ray Absorbing Transforming Film on the Inside

机译：具有三层半透明护罩且内部具有部分射线吸收转化膜的日照被动式太阳采暖系统的燃料替代因子

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摘要

Based on enhanced thermal performance of premises that are heated using passive insolation systems with a three-layer translucent shield with a partially ray-absorbing film on the inside of the inner layer that faces the heated premises, average daily ambient temperatures, and average solar radiation input, rate equations are determined for calculating the average daily air temperature of the heated premises and the fuel-replacement factor of the heating systems of the considered type.

机译：基于使用被动式隔热系统进行加热的房屋的增强的热性能，该系统采用三层半透明的护罩，内层内侧面对被加热的房屋具有部分射线吸收膜，平均每日环境温度和平均太阳辐射确定输入速率方程，以计算供暖场所的平均每日空气温度和所考虑类型的供热系统的燃料替代因数。

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《Applied solar energy》 |2014年第4期|278-281|共4页
作者
N. R. Avezova; R. R. Avezov; Yu. K. Rashidov; F. Sh. Kasimov;
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作者单位

Physical Technical Institute, Physics of the Sun Scientific Association, Academy of Sciences of the Republic of Uzbekistan, Tashkent, Uzbekistan;

Physical Technical Institute, Physics of the Sun Scientific Association, Academy of Sciences of the Republic of Uzbekistan, Tashkent, Uzbekistan;

Physical Technical Institute, Physics of the Sun Scientific Association, Academy of Sciences of the Republic of Uzbekistan, Tashkent, Uzbekistan;

Physical Technical Institute, Physics of the Sun Scientific Association, Academy of Sciences of the Republic of Uzbekistan, Tashkent, Uzbekistan;

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收录信息美国《工程索引》(EI);
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正文语种 eng
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1. Modeling the Stationary Thermal Conditions of a Premises Heated by a Passive Insolation System Containing a Three-Layer Translucent Shield with a Partially Ray-Absorbing Film on Its Inner Surface [J] . N. R. Avezova, R. R. Avezov, K. A. Samiev Applied solar energy . 2014,第1期

机译：模拟由被动式隔热系统加热的建筑物的静态热工况，该系统包含三层半透明屏蔽层，其内表面具有部分射线吸收膜
2. Effect of the Placement of a Partially Radiation-Absorbing Layer on the Optical and Thermotechnical Characteristics of a Three-Layer Translucent Screen of Passive Insolation Solar-Heating Systems [J] . R. R. Avezov, K. A. Samiev Applied solar energy . 2006,第4期

机译：部分辐射吸收层的放置对被动式太阳供热系统三层半透明屏幕的光学和热技术特性的影响
3. Model-Based Analysis of Nonstationary Thermal Mode in Premises with an Insolation Passive Heating System with a Three-Layer Translucent Shield [J] . N. R. Avezova, R. R. Avezov, Yu. K. Rashidov, Applied solar energy . 2014,第3期

机译：具有三层半透明屏蔽的被动式被动采暖系统的模型非稳态热模型的基于模型的分析
4. A novel method for scattered radiation compensation in X-ray imaging systems, using partially transparent shields (PTS) [C] . Fivez, C., Wambacq, Image Processing, 1994. Proceedings. ICIP-94., IEEE International Conference . 1994

机译：一种使用部分透明屏蔽（PTS）的X射线成像系统中散射辐射补偿的新方法
5. GRAB - WRS System Module Number 60221 for Calculating gamma-Ray Penetration in Slab Shields by the Method of Kernel Integration with Build-Up Factors [R] . Grimstone, M. J. 1978

机译：GRaB - WRs系统模块编号60221，用于通过内核与构建因子的积分计算板坯盾构中的伽马射线穿透

The Fuel-Replacement Factor of Insolation Passive Solar-Heating Systems with a Three-Layer Translucent Shield with a Partially Ray Absorbing Transforming Film on the Inside

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