通过优化玻璃的组成能够改进基础玻璃的热稳定性。
这些款项主要用于如三层玻璃窗，太阳能和隔热材料等旨在优化家庭节能状况的技术。
They include grants for energy-saving home improvements such as triple-glazing, solar energy and insulation.
为了优化能源使用效率，建筑的所有的玻璃外墙都被替换掉，但是体育中心的外观仍然几乎不变。
In order to optimise energy efficiency, all the glass facades in the building have been replaced - the external appearance of the sports centre therefore remains virtually unchanged.
有30个玻璃屋顶片，所有长度都是唯一的并且具有最优化的高度，来突出曲面屋顶的形状。
There are 30 glass roof fins, all unique in length and with an optimized height to accentuate the shape of the curved roof.
本文研究玻璃管空气预热器的优化问题，提出了管式空气预热器优化设计的通用计算机软件，并进行了实例计算。
In this paper, the optimization problem of glass tube air preheater is studied. A current computer code for optimal design of a tubular air preheater is developed. A case calculation is finished.
介绍了智能调功器的原理及其在浮法玻璃生产线上的实际应用情况，并重点指出了智能优化功率分配在锡槽加热控制中的应用。
The principle of intelligent power con - troller and its application to float glass line were introduced and the use of intelligent optimum pow - er splitting in heating control of tin bath.
本文还讨论了玻璃配合料优化的研究与实现。
Additionally, the optimum of glass batch calculation is studied and implemented.
现有的外壳进行了优化，并安装了新的窗口，复制原来的几何玻璃，占据了大的开口。
The existing external shell was optimised and new windows installed to replicate the original geometry of the glazing that occupied the large openings.
应用酶消法测得新鲜肌腱活性为89.26%，玻璃化法优化组合所保存肌腱的活性为78.49%。
Enzyme digestion was used to detect the viability of fresh tendon, which was 89.26%, and that of vitrification-preserved tendons was 78.49%.
它采用先进的算法，旨在优化布局，用于切割金属薄板，木工，家具，玻璃及类似的工业。
It USES advanced algorithms, designed to optimize the cutting layouts in the sheet metal, woodworking, furniture, glass and similar industries.
综述玻璃纤维增强热塑性树脂基复合材料及其界面优化的国内外研究现状。
This paper reviews the recent research achievement of glass fiber reinforced thermoplastic resin-matrix composites at home and abroad.
对影响激光二极管阵列(LDA)抽运钕玻璃棒状放大器增益的各因素进行分析，确立了放大器的优化参量。
After analyzing all the factors which determine gain of a laser diode array (LDA) pumped Nd glass rod amplifier, the optimum parameters are presented.
将虚拟设计技术应用于玻璃上片台的翻转组件设计中，分析、改进了它的设计方案，并加以优化。
Virtual design is applied to the design of the overturning assembly in glass loading ma - chine. The sketched scheme of the assembly structure is analyzed, improved and optimized in detail.
阐述了不同产地硅砂搭配使用过程中，硅砂成分及粒度组成对玻璃质量的影响，提出了硅砂最优化搭配方案。
This paper describes the effect of composition and granularity of silica sand on glass quality. Brings forward optimal mix proportion of silica sand from various ore-fields.
提出了一种建筑门窗玻璃下料优化的可编程实现的实用算法，并编制了相应的计算机程序。
A practical computing method on optimization of glass cutting stock for building doors and Windows was developed.
进行了数控硬件设计和软件设计，开发了一套玻璃最优化切割的数控模拟系统。
The paper designs software and hardware, develops a analog digital control system of glass optimal cutting.
基于新的数据处理接口，利用光机集成分析方法对大口径八边形钕玻璃片的支撑系统结构设计参数进行优化。
The support system of large octagonal Nd:glass is optimized with integrated optomechanical analysis method based on the new data processing interface.
设计并实现了玻璃排版优化系统及系统优化算法。
The glass-block typesetting optimization system and its optimization algorithm are designed and realized.
日光和视野得到优化，同时通过使玻璃成角度来远离直射阳光从而实现遮阳。
Daylight and views are optimized, while solar shading is achieved by angling glazing away from direct sunlight.
本文概述了聚酯玻璃钢水泡化的主要影响因素，以及增进其抗水泡化性能的整体增强结构设计的优化组合方案。
The main factors causing the blistering in UP FRP and the optimum structural design for reinforcing improving the anti- blistering property were briefly described in this paper.
隔热绝缘性能通过吹在墙里的纸片和三层玻璃片大大优化。
The insulation is optimized with paper flakes blown in the walls and by using 3-double glass panes.
玻璃钢桥架结构上优化设计，受火情况下能保障电缆正常工作。
Optimization design of 5, glass steel bridge structure, can guarantee the normal work under the condition of cables under fire.
采用混合神经网络调度法对玻璃钢拖网渔船进行技术经济论证，结果表明，该方法能够提高优化结果的效率和鲁棒性。
A practical case of technological and economical collaborative evaluation for FPR trawler vessels demonstrates that the proposed method is of better efficiency and robust.
采用混合神经网络调度法对玻璃钢拖网渔船进行技术经济论证，结果表明，该方法能够提高优化结果的效率和鲁棒性。
A practical case of technological and economical collaborative evaluation for FPR trawler vessels demonstrates that the proposed method is of better efficiency and robust.
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