1.
The Study on Composite Textile with Far-Infrared Microelement Property and Anti-Bacterial & Odor-Resist Functions;
远红外微元生化和抗菌复合功能性纺织品的研究与开发
2.
Application of Resistance Far Infrared Radiation Heating Technology on Chemical Production
电阻远红外幅射加热技术在化工生产上的运用
3.
Fixation technique assisted by microwave-infrared ray of green tea
绿茶微波—远红外辅助杀青技术研究
4.
STUDIES ON MICROSIZE MULTIELEMENT DEWAR FOR THE IR DETECTOR
红外探测用微型多元“杜瓦”的研制
5.
Selection of far infrared heating elements in low temperature resistance furnace
低温辐射电热炉的远红外加热元件的选择
6.
Study of Low Temperature Far Infrared Absorption Spectrum on Thermal Donor and Shallow Thermal Donor in Nitrogen-Doped Silicon
微氮硅中热施主和浅热施主的低温远红外研究
7.
Experimental Study on Heating Uniformity of Microwave? and Far Infrared Radiation
微波加热与远红外加热均匀性实验研究
8.
Study on Microcomputer Control System of Far Infrared Dryer
全自动远红外烘干机微机控制系统的研究
9.
Protective Effect of the Trace Element Se on Human Erythrocytes Aged in Vitro
微量元素硒对红细胞老化的保护作用
10.
Detection and analysis of trace element in fermented waste residue in the production of Monascus red-pigment
红曲红色素生产的发酵废渣中的微量元素分析
11.
Excite- The magnetic wave energy is generated the LR Far Infrared ray Molecule resonance. To cause the heat-lead reaction; Excite the nature resistance; Strengthen the ell antibody.
运用远红外线微粒分子共振所产生的磁波能量，而引起诱热反应，刺激自然抵抗能力、进细胞抗体。
12.
Study on the Change of Micronucleus Frequency of Peripheral Blood Red Cell of Chicken in Different Ecological Environments;
不同生境中雏鸡外周血液红细胞微核率变化的研究
13.
Micro-bridge structure design of UFPA detector with high sensitive pixels
非制冷红外焦平面高灵敏像元微桥设计
14.
Changes of superoxide dismutase and trace elements in different types of heart failures
不同类型心力衰竭患者治疗前后SOD与红细胞内外相关微量元素的变化
15.
Study on Infrared Spectra Characteristics of Fault Particles of the Sulfide Deposit
硫化物矿床断层微粒的红外光谱分析
16.
Geochemistry Characteristics of Microelements in latosol-like Paleosols in Liaoning province
辽宁地区古红土微量元素的地球化学特征研究
17.
Effect of Far Infrared Ray on the Characteristic of the Hematopoietic Cell
远红外线对造血干/祖细胞生物学特性的影响
18.
Practice in production of titanium far-infrared fiber/cashmere/organic cotton blended yarn
钛远红外纤维/羊绒/有机棉混纺纱的生产实践