效果好

The effect of hot water treatment on storage was studied based on the egg white Haugh unit and sensory evaluation. The experimental results showed that the most suitable conditions for the treatment were 50℃ for 20min.

实验结果表明：加热处理的最佳条件是温度50℃、加热时间20min，此时保鲜效果好；复合涂膜组的哈夫单位变化低干加热处理组、钙制剂涂膜组和空白对照组，保鲜效果最好。

Using heating wire in the tunnel, the heating effect is better than that of covering.

在小棚内使用空气加热线的增温效果比单纯覆盖措施效果好。

The result indicated:① In accordance with culturing in the medium containing MS, SH, N6 macroelement, respectively, the effect of MS or SH macroelement in the primary culture is better than that of N6 macroelement, and the effect based on N6 macroelement is the best from 5th to 9th subculture.

结果表明：①在含MS、SH、N6的大量元素的培养基上的初代培养，MS或SH的效果好于N6，愈伤组织第5~9次继代培养中，N6大量元素培养基的继代培养效果最好。

We got that,the charged particles be binded in this field,and canonly move along the magnetic line of force as spiral motion and the positive charges andnegative charges moved in opposite direction which be fromed the big molecular groups thatbe hardly absorption,by means of incrustation preventing.

讨论了轴对称非均匀磁场对带电粒子的作用，分析了"磁约束"对防垢、除垢的微观机理，指出满足磁约束理论的轴对称非均匀磁场的防垢，除垢效果好的原因，正是由于在这种磁场中，带电粒子的运动被约束在一定磁面上的某一磁感应线附近做以该磁感应线为中心的螺旋运动，且正、负离子的回旋方向相反，从而形成内部相互作用较弱的大分子簇团不易吸附在管壁上，达到防垢目的；磁化水的渗透压较大，可起到除垢效果。

The application of mri examination and microscopical and surgical technology is the key that improves remedial result.

结论椎管内肿瘤手术效果好。mri检查和显微外科技术的应用是提高治疗效果的关键。

No significant change was observed in the presence of other nutrients. The volatile compounds of Opuntia Milpa Alta was separated and identified by GC-MS.

比较了几种抗氧化剂作用效果，进行正交优化试验，确定在仙人掌的热烫护绿液中加入100μg/g的Zn2+、40μg/g的Cu2+、0.075%Vc、0.025%柠檬酸，护色20min，护绿效果好。

Papers is about emulsificaters for chocolate milk by Distilled Monoglyceride and sugar ester with different HLB.

以分子蒸馏单甘酯和不同HLB值的蔗糖酯为原料复配巧克力牛奶乳化剂，在比较其乳化效果差异的基础上，同时就各个乳化剂的成本进行比较，从而优选出乳化效果好、成本低廉、耗能较少的乳化剂投入实际应用。

It turned out reproduction rete of chrysanthemum was raised,the regular,non-plant diseases and insect pests could be offered to the market. Shoot tip were used as explants to study the effects of different sterilization methods, illumination intensity and concentrations of 6-BA and NAA on shoot propagation. Rooting with perlite, vermiculite and river sand instead of agar was studied. In the process of preliminary multiplication, the effect of using 0.1% HgCl_2 in sterilization of explants was better than using saturated bleaching solution. The highest multiplication rate was found under whole illumination. MS media with 6-BA from 0.2 mg·L~(-1) to 5 mg·L~(-1) and NAA from 0.05 mg·L~(-1) to 2 mg·L~(-1) were tested and as a result, the highest differentiation rate and the multiplication rate was reached with 0.2 mg·L~(-1) 6-BA, 0.05 mg·L~(-1) NAA.

本实验以菊花的茎尖为外植体，研究了不同灭菌方法，光照强度，全光照、半光照和弱光处理以及不同6-BA和NAA浓度及配比对于试管苗增殖的影响，并研究了珍珠岩、蛭石和河砂等琼脂替代物对于菊花生根的影响，结果表明：在初代培养物建立的过程中采用0.1％升汞进行表面灭菌的效果好于饱和漂白粉的灭菌效果；在全光照条件下外植体的增殖倍数最高；在试管苗增殖培养的过程中，以MS为基本培养基，并在培养基中添加0.2～5mg·L~(-1)6-BA和0.05～2mg·L~(-1)NAA，其中0.2mg·L~(-1)6-BA和0.05mg·L~(-1)NAA最适于外植体的分化和增殖，其分化率为100％，增殖倍数为12。

To prevent epidemical disease prevalence caused by microorganisms in indoor air, a study was carried out to investigate the effect of ventilation, peracetic acid and ozonization on microorganisms reduction in the indoor air within a campus. The experimental results indicated that ventilation was an effective measure in reducing indoor air microorganisms with economy and simple operation.

为了防止室内空气微生物导致的传染病发生，对某校园室内的空气进行通风、过氧乙酸和臭氧灭菌降低微生物的实验研究结果表明，通风可以有效地降低室内微生物的浓度，是最为经济和易行的措施；过氧乙酸灭菌效果好，持续时间较长，可在不易实施通风情况下采用过氧乙酸灭菌；臭氧具有迅速杀菌的效果，使用时要与人保持一定距离，最好超出 1m。

Result The results showed that the effect of compound traditional chinese medicine was better than yuxingcao injection. According to marking standard of eye stimulation reaction, Shuangshen perfusate wasn't stimulated to optic capsule, and m side effects.

结果］该复方中药的抑菌效果比鱼腥草注射液的抑菌效果好；根据眼刺激反应评分标准，确定双参灌注液时眼膜无刺激，且无毒副作用。

If you are unfortunate enough to the lovelorn, please tell me, I will help you out, really, please contact me!

如果你不幸失恋了，请告诉我，我会帮助你摆脱困境，真的，请联系我啦！

China's plan to cut energy intensity by 20 percent and pollutant discharges by 10 percent between 2006 and 2010 is a case in point.

中国计划在2006年到2010间降低20%的能源强度和减少10%的主要污染物排放，就是一个这样的例子。