1.
Study on multi-type nano TiO_2 to purify formaldehyde and porosity moisture-conditioned material
复合型纳米TiO_2降解甲醛多孔调湿材料研究
2.
The effect of the specific surface area and pore radius distribution of inorganic materials on the capacity of absorbing and desorbing moisture in the air
多孔结构无机材料比表面积和孔径分布对调湿性的影响
3.
Hygrometers based on porous materials are neither accurate nor quick response.
以多孔材料作成的湿度计既不准确，响应又慢。
4.
Preparation and Moisture Absorption Properties of PAA/U Porous Material
聚丙烯酸钠/尿素多孔材料的制备与吸湿性能
5.
Fresh-keeping performance of LDPE/porous mineral composite
LDPE/多孔矿物质复合材料的气调保鲜性能
6.
metal-infiltrated porous refractory
渗金属的多孔耐火材料
7.
Study of Fabricating Metal Material with Contact-Porous by Technique of Wiping off Salt from Sintered Product of Metal and Salt by Melting or Solution;
熔、溶脱盐造孔法制备金属通孔多孔材料研究
8.
The moisture buffering effect of this layer depends very much on the air exchange rate and also on the ratio of the surface area of the buffer to the volume of the room.
湿缓冲效果依赖于空气置换率和房间内多孔缓冲材料的表面积和空间的比率。
9.
Properties of Passive Green Humidity-controlling Materials;
被动式绿色调湿材料性能的试验研究
10.
Preparation and Properties of Humidity Controlling Composite Materials with Antiseptic Treatment;
复合调湿抗菌材料的制备与性能研究
11.
The Preparation and Application of Porous Silica and Porous Carbon;
多孔二氧化硅和多孔碳材料的制备及其应用
12.
Research Progress in Porous Materials Supported TiO_2 Photocatalysts
多孔材料负载TiO_2光催化材料的研究进展
13.
Pores in carbon materials--Importance of their control
炭材料的孔隙——调控的重要性(英文)
14.
The Research on the Construction and the Performance of Macromolecule Hole-Opened Type Multi-Hole Material;
高分子开孔型多孔材料结构与性能的研究
15.
Discussion on the opening porosity of porous ceramic materials by drainage method
排液法测定多孔陶瓷材料开孔率的探讨
16.
EFFECT OF POROUS PREFORMS ON POROSITY OF PREPARED TiC/Ni_3Al COMPOSITES
多孔预制件对TiC/Ni_3Al复合材料孔隙率的影响
17.
A SHORT-CUT METHOD FOR THE CALCULATION OF ISOTHERMAL DRYING RATES OF NON-HYDROSCOPIC POROUS MATERIAL SLABS
非吸湿多孔物料板块等温干燥速度的简捷算法
18.
Study on Porous Carbon-plates Humidifier for PEM Fuel Cell Vehicles;
车用质子交换膜燃料电池多孔碳板增湿器研究