建筑保温

NK系列建筑保温系统及其技术经济指标综合评价

NK construction insulation system and its Economical and Technical Indices

建筑保温防腐沥青聚氨酯硬质泡沫塑料

Introduction of Asphalt-Polyurethane Rigid Foam for Insulation and Anticorrosion of Building

建筑保温用有机泡沫材料的发展与应用

The application and development of organic foaming insulation material for building

不同级配玻化微珠-聚苯乙烯颗粒双掺建筑保温砂浆研究

Research on different grading of vitrified microsphere-polystyrene grain mixed thermal insulation mortar

高层建筑保温节能复合外墙施工浅探多层砖房抗震构造设置的重要性和施工技术要点

Importance of Anti-seismic Structure Installation on Multi-storey Buildings and Construction Technic Essentials

建筑保温屋面渗漏修缮技术

Renovation technology for leakage of insulating roof of buildings

超轻珍珠岩粉煤灰建筑保温材料的研究

Study on the insulation material with extra - light pearlite and fly ash

废弃购物塑料袋制成建筑保温材料的分析

The Analysis of Making Building Thermal Insulation Materials from Wasted Shopping Plastic Bags

建筑保温材料导热系数数字化测量

Study on digital measurement of coefficient of thermal conductivity

建筑保温节能设计

Design of building on preserve heat and energy saving

高效节能建筑保温材料研究

Research on high-efficiency energy conservation building insulation material

节能建筑保温外墙的节能和减排特性研究

Study on Energy-saving and Reducing Pollution Characteristics of Insulating External Wall for Energy-saving Building

第二部分介绍了硅酸盐类建筑保温材料的生态性征；

The second part introduce the ecological character of the silicate category thermal material .

建筑保温用聚氨酯泡体结构与性能的研究

The study on the structure and property of polyurethane foam for the building thermal insulation

传统的建筑保温材料在冬天是有效的，它降低了室内的热量散失。

Conventional building insulation system can effectively reduce the energy loss from the interior in winter .

因此，保温板材是建筑保温行业的未来发展趋势。

Therefore , insulation board must be the future development trend of the building insulation industry .

本文目的是分析废弃购物塑料袋制成建筑保温材料的可行性。

The aim is analyzing the feasibility of making building thermal insulation materials from wasted shopping plastic bags .

从建筑保温材料的源头遏制建筑火灾隐患的设想和建议

Assumptions and Suggestions on the Containment of Construction Fire Hazards from Causal Factors Based on the Insulation Materials

断热节能复合砌块的研制及其建筑保温系统的应用研究

Development of blocking heat channel energy saving composite block and application study on it 's building thermal insulation system

因此，发展建筑保温隔热工程已经成为实现现代化建设的重点之一。

Therefore , development of architecture heat insulation engineering has been one of important works for implementing construction of modernization .

探讨建筑保温材料的发展和应用状况，分析保温材料发展的趋势为建筑设计提供理论支持；

Probing into building development of thermal material , analyzing thermal material development trend to offer theory support for architectural design ;

本文所做研究对沈阳地区农村住宅的冬季采暖方式与建筑保温状况具有一定指导意义。

This paper has certain guiding significance for the study of rural residential winter heating mode and building insulation design in cold region .

岩棉板具有化学稳定性好、耐高温和导热系数低等优点，广泛应用于建筑保温隔热和隔音领域。

It was widely used in building insulation and acoustic fields due to their good chemical stability , low thermal conductivity and good heat-resistance .

施胶量则对其热学性能无显著影响。与现有的建筑保温材料相比，轻质麦秸板具有良好的保温隔热性能，可以作为建筑材料代替传统的墙体材料及现有的保温材料。

The result shows that LDWS has effective heat insulation properties which can be used to replace the traditional building materials and current heat insulation materials .

在此背景下，对新型建筑保温节能材料&玻化微珠保温混凝土进行理论分析与试验研究具有重要意义。

In this context , material and structural test and theoretical analysis research is meaningful on new energy-saving building material , glazed hollow bead insulation concrete .

本文利用反应系数法对节能建筑保温外墙、屋顶的年采暖耗热量进行了动态计算和保温、节能分析。

In this papar , the yearly heat consumption through thermal insulation walls and roof in energy-saving building is dynamically calculated and analysed by thermal response factor method .

随着住宅产业的发展和国家对居住建筑保温节能的要求的提高，给彩板门窗的发展带来新的机遇。

There will be a new developing opportunity for colored steel frame for door & window along with the development of residential building industry with the requirement of energy saving .

从物理法再生、改性再利用、裂解回收及制作建筑保温材料这几个方面综述了近年来对废旧聚苯乙烯泡沫塑料的综合利用技术。

Comprehensive utilization technology for abandoned PS foams are reviewed from the aspects of physical recycling , reusing by modification , reclaiming by cracking and making thermal insulation building materials .

广泛应用于建筑保温隔热，特殊部位保温，冶金，制陶等高温作业行业以及国防，航空航天等领域。

These products were extensively replicated in many fields such as : building , thermal insulation for special parts , metallurgy , chinaware , aeronautics and astronautics and so on .

目前，建筑保温领域用岩棉在发达国家的应用十分成熟，但在国内应用的时间较短。

Currently , the time of rock wool board as building insulation materials in the domestic building application is shorter , there are many theoretical and practical applications are not sound enough .