1.Volume and weight have effects on the coefficient of thermal conductivity in mineral fibers products-----ZhouLiming Etc. Beta Super Heat-insulation Center 

    Abstract: this paper analyses the mode of thermal conductivity in mineral fibers products, and derives apparent coefficient of thermal conductivity formula. At the same time, this paper summarizes the empirical formula of coefficient of thermal conductivity in the typical mineral fibers products ,analyses the functional mechanism of various concerned factors, and gets the qualitative and partially quantitative results that the physical properties such as volume and weight have effects on the coefficient of thermal conductivity in mineral fibers products, thereby provides infallible reference for the research ,production and application in mineral fibers.

2.Nanometer-scale porous siliceous Insulation Materials-----Dengyin etc. Beta Super Heat-insulation Center

    Abstract: The special nanometer-scale porous structure enables nanometer-scale porous insulation materials to insulate heat excellently. At first this paper introduce the developmental history and the mechanism of nanometer-scale porous siliceous insulation materials, simultaneously briefly introduce the technique of production and expatriates the major physical performance ,the performance of heat engineering and other applied specialties.

    We know that the coefficients of thermal conductivity in the static air and most other gases such as carbon dioxide ,nitrogen are very low, but they can not be solely used as thermal insulating materials because of the convectional circulation and transparency in infrared radiation. So, it is necessary to design s kind of structure to maximally limit the convectional circulation and transparency in infrared radiation. Generally this structure can be achieved with the help of some solid materials. But almost all solid materials have larger coefficients of thermal conductivity than the static gases, thus it is indispensable to realize this structure with solid materials as less as possible. To imagine setting a limit to air gap to the extent of nanometer scale, then we can control the conduction and convectional circulation of gases on the whole., and the coefficients of thermal conductivity in this kind of thermal insulating materials will become lower than static air.

    In 1940s, Mr. Samuel Kistler in the American MONSANTO company make the mode of nanometer-scale porous structure become a reality on the siliceous aerogel materials. At that time, he succeeded making the nanometer-scale porous thermal insulating materials by reserving the range structure of silicon dioxide particles in the state of gel, at this time, there were numerous nanometer-scale spaces, whose free path is less than air molecule, around chain structure of silicon dioxide.
More details in the techniques of astronautical materials 2002 vol.1, p1~p7

3.Exterior Insulation and Finish System (PDF full text )----- ZhouLiming ,Beta Super Heat-insulation Center

4.Biologically soluble mineral fibers (PDF full text)-----ZhouLiming etc, Beta Super Heat-insulation Center 

5.Home-made fiber spraying techniques ----- ZhouLiming etc. Beta Super Heat-insulation Center , more detail in industrial furnace 2001 vol.2 p53~p55

6.Architecturally applied fireproof heat-insulating mineral wool product and its application-----ZhouLiming, Beta Super Heat- insulation Center

    Abstract: this paper briefly introduces the present situation of architecturally applied fireproof heat-insulating paint and the specialties of mineral wool spray techniques and the application in architecturally applied fireproof and heat-insulation. At the same time, this paper briefly introduces the process techniques in circuit and some applied specialties of major spray products. At last, this paper makes an analysis and outlook of the architecturally applied fireproof and heat-insulating paint market.

    More detail in architectural techniques, 1999vol.5 p326

7.The development in wool-making techniques with industrial dross in China-----ZhouLiming ,Beta Super Heat-insulation Center

    Abstract: this paper introduces the latest development and history of the wool-making techniques with industrial dross, detailed analyzing the present situation and object lesson in wool-making techniques with industrial dross such as fly ash .fluid oil and phosphorus mine cinder.

8.Green building materials-botanical fiber spraying products-----ZhouLiming , Beta Super Heat-insulation Center

    more details in  neotype building materials 1997 NO.1

9.The atmospheres have an effect on refractory fiber furnace line-----Zhiou etc. Beta Super Heat-insulation Center

    Abstract: this paper analyzes the effects that the atmospheres in internal furnace have on the service temperature of refractory fibers besides anchored firmware material, especially the atmosphere including hydrogen erodes the various refractory fiber materials distinctively differently. This paper provides some basic references for the lectotype in refractory fiber materials. More details in industrial heating 2003vol.1 

10.The selection of vacuum thermal insulating materials----- ZhouLiming ETC , Beta Super Heat-insulation Center

11.Valve-controlled thermal insulating system-----Guzhengjun etc,Beta Super Heat-insulation Center

12.Externally protective thermal insulating materials -----  Qianlijun ,Beta Super Heat-insulation Center

13.Binding admixture sorts besides match have effects on the performance of vacuum fashioning ceramic fiber products -----  Zhoujun etc,Beta Super Heat-insulation Center

14.The present situation and outlook of mineral wool industry in China-----Denyin etc, Beta Super Heat-insulation Center

Abstract:this paper looks back briefly the development history of mineral wool industry,and analyze the characteristics of present mineral wool product market . this paper introduces emphatically the process techniques of mineral wool in China, at the same time ,it analyses and appraise them .At last this paper make a simple outlook of the mineral wool market prospect .

More details in China Science and Technique Achievements, 2001, No.16

15.An effect of heating rates on the computation of electric heating power-----  Denyin etc,Beta Super Heat-insulation Center 

16.Non-oxide ceramic fibers-----Zhoujun etc, Beta Super Heat-insulation Center 

17.Vaccum Insulating Plates(VIPs)-----Zhou Liming , Beta Super Heat-insulation Center 

18.Bakeout and High Vacuum ----- Zhou Liming et.al, Beta Super Heat-insulation Center

19.Surface Barrier's influence on the performance of vacuum thermal insulating plate-----ZhiOu et.al, Beta Super Heat-insulation Center