玉米芯

玉米芯PH值调制技术及工艺的研究项目。

Corncob PH value of modulation techniques and technology research projects .

沉淀烘干得到粗木聚糖，得率为22.7%（g粗木聚糖/g玉米芯）。

The yield of crude xylan was 22.7 % ( g crude xylan / g corncob ) .

因玉米芯PH值偏酸，而兽药基本偏碱。

PH value Piansuan due to corn-cob , while the veterinary basic partial alkali .

超临界CO2精制紫玉米芯色素的研究

Study on the purple corn cob pigment refining with supercritical co_2 fluid technology

采用扫描电镜（SEM），观察稀硫酸预处理水解玉米芯后的形态变化。

Morphological change on the cellulosic surface of corncobs after the pretreatment were observed by SEM .

EM处理玉米芯粒育肥肉牛效果研究

Study on the effects of corncob with EM treatment on beef fattening

国际市场对玉米芯颗粒粉兽药载体PH值指标的要求越来越高。

The international market for corn cob carrier particle powder PH value of veterinary drugs have become increasingly demanding targets .

以玉米芯为载体吸附酵母细胞，再以聚乙烯醇（PVA）进行包埋，于三角瓶中分批发酵。

The yeast cells were absorbed by corn cob as carrier and then wrapped by PVA as entrapping agents .

结果表明，玉米芯粉对汞的吸附平衡时间为100min，最大吸附量为0.985mg／g，工作吸附量（穿透点）为0.400mg／g。

The results showed that the equilibrium time , maximum adsorption , practice adsorption capacity ( i.e.penetrate point ) of the adsorbent were 100 minutes , 0.985 mg / g and 0.400mg/g respectively .

用没经过PH值处理的玉米芯颗粒粉作载体会对兽药的药性产生影响，降低药效，增加兽药生产企业的成本。

Use , without a PH value of processed corn cob powder as carrier particles will have an impact on veterinary medicinal properties , lower efficacy , increase the cost of veterinary drug manufacturers .

利用植物载体玉米芯对青霉菌X5进行了固定化研究。

The immobilization studies on the penicillium jensenii was carried out utilizing plant-carrier , corn bar .

从玉米芯（corn-cob）中提取出酸提水溶性粗多糖，经G。

Water-soluble crude polysaccharide has been extracted by acid from corn cob . G.

L9（3~4）正交试验优化玉米芯多糖浸提工艺研究

Study on Extraction Technology of Polysaccharide from Corn-cob by L_9 ( 3 ~ 4 ) Orthogonal Test

在17种载体中玉米粉玉米芯粉载体最适宜于GVP的生长和产孢。

Among 17 carrier s , corn-powder with cob - powder carrier was found the most suitable for growth and sporulation of Gliocladium virens ( GVP ) .

方法3：麸皮、玉米芯粉、豆粕比例为1：1：7，pH4.0，培养温度30℃高产α-半乳糖苷酶、β-半乳糖苷酶和β-葡萄糖苷酶。

Method 3 for high-yield of α - galactosidase ,β - galactosidase and β - glucosidase : the proportion of wheat bran , corncob powder and soybean meal was 1:1:7 , pH4.0 and 30 ℃ .

这些肥液浓度可能是该区玉米芯育苗较合理的处理浓度，但12～15d的浸泡处理时间太短.致使育苗成功率低，恰当的处理时间有待进一步研究确定。

Those solution concentrations may be the most suitable treatment for growing maize seedling in maize core soaked fertilizer solution in the region , but treatment time with 12 ~ 15d was too short and necessary to test further for suitable treatment time .

通过对黑曲霉60B-3D碳、氮源的初步优化，结果表明最佳碳源为玉米芯，最佳氮源为硫酸铵和酵母粉，β-葡萄糖苷酶活力最高可达到63.86IU/mL。

The maximum β - glucosidase acitivity of 60B-3D reached 63.86 IU / mL after carbon and nitrogen optimization . Corncob was found to be the most efficient carbon source , and the proper nitrogen source were the combination of yeast extract and ammonium sulfate . 5 .

玉米芯是一种来源广泛、廉价易得的农业副产物。

Corn cob is a cheap and widely available agricultural by-products .

紫玉米芯色素稳定性的研究

Investigation of the stability of the red pigment from purple corncob

两步酸水解玉米芯条件及其酒精发酵的初步研究

Two Stages of Acid Hydrolysis for Corn Cob and Ethanol Fermentation

玉米芯微生物生物指标控制方法及技术的研究项目；

Corncob microbial indicators of control methods and technology research projects ;

以玉米芯为原料生物转化木糖醇的研究

The Biotransformation Research Used Corn Cob as Raw Materials into Xylitol

我公司以玉米芯为原料生产玉米芯系列产品。

My company corncob corncob as raw materials to produce products .

种植食用菌综合利用玉米芯的研究

Studied on the Edible Mushrooms by Comprehensive Utilization of Corncob

玉米芯为碳源实现酸性矿山废水生物处理

Biological Treatment for Acid Mine Drainage by Using Corncob as Carbon Source

黑糯玉米芯色素的提取及性质研究

Study on Extraction Conditions and Property of Pigment in Black Glutinous Corncob

超声波辅助提取黑糯玉米芯色素稳定性的研究

Research on stability of pigment from black glutinous corncob with ultrasonic-assisted extraction

玉米芯人工栽培猴头的营养研究

A Nutritional Study on the Artificial Culture of Hydnum erinaceus with Corncob

微波辅助法提取黑糯玉米芯色素的工艺条件优化

Optimization of Microwave-assisted Extraction of Pigments From Black Waxy Corn

玉米芯在超临界水中气化制氢实验研究

Experimental investigation on hydrogen production by corn cob gasification in supercritical water