Processing of Potato Chips by Microwave Baking Research on Production of the Milk Slice' of Lactic Acid Bacteria

Preparation of the Yam Lotus Root Biscuit by Microwave Baking

微波山药莲藕饼干的研制

Study on Peanut Peeling Technology by Microwave Baking

微波加热去花生仁种衣新工艺的研究

Effects of microwave baking on the immunological cells in primary lymphedema patients

微波烘疗对原发性淋巴水肿免疫细胞的影响

The peeling technology of peanut was studied by means of microwave baking or freeze-microwave baking in this paper. Four kinds of ringing technology of peanut were compared.

本文分别用微波烘焙法、冷冻微波烘焙法等四种方法对花生深加工中去种皮工艺进行了研究，并对四种去皮方法进行比较。

Baking varnish was gained by stoving the product at 150 ℃.

产物经150℃烘烤可得烘于清漆。

For painting and baking varnish; good heat resistance, No glue remaining after tearing.

喷漆、烤漆专用绿胶，耐温性良好，撕除后不残胶。

Study on polyurethane baking varnish modified by turpentine

松节油改性聚氨酯涂料的合成研究

The PU baking varnish prepared with above materials has excellent water resistance and physico mechanical properties.

用其配制的水性聚氨酯烘干清漆具有优良的耐水性和物理机械性能。

This baking varnish has lots of advantages such as high decoration, high protection, high weather proof ability.

该漆具有高装饰性、高防护性、耐候性等优点。

Study on amino polyester baking varnish modified by rosin and tung oil

松香和桐油改性氨基聚酯树脂烘漆性能研究

Construction Quality Control of Indoor Baking Varnish Wooden Flooring

室内烤漆实木地板施工质量的控制

Numerical Simulation and Analysis on the Combustion of Anode Baking Furnace

阳极焙烧炉的燃烧计算与分析

The Design and Application of Temperature Control System of Carbon Sample Baking Furnace

碳素试样焙烧炉控温系统的设计和使用

The numerical simulation of the improved combustion technology in an oil-fired anode baking furnace

燃油阳极焙烧炉燃烧技术改进的模拟

Measurement and analysis of operation parameters of 54-room ring-type anode baking furnace

54室环式阳极焙烧炉运行参数测试分析

Effects of Baking Temperature on Microstructures and Electric Properties of LaNiO_3 Thin Films

烘烤温度对LaNiO3薄膜微结构与电学性能的影响

The calculation method of the enamel glaze baking temperature

搪瓷烧成温度计算方法

Design and Realization of Coke Oven Baking Temperature ′ s Monitoring Software Based on Visual Basic

基于VISUAL BASIC的焦炉烘炉温度监测软件的设计与实现

Influence of γ-Al2O3 content and baking temperature on special surface area is analyzed.

分析了-γAl2O3的负载量及其焙烧温度对堇青石比表面积的影响。

The result indicates that only at high baking temperature the TiO_2 can form.

结果表明：只有高火才能在短时间内达到TiO2的成型或转型温度。