Protoplasts were cultured in KPR medium with 0. 6% agarose. The plating efficiency of protoplasts was 12. 0%.
纯化后的原生质体在KPR培养基中进行琼脂糖包埋培养，原生质体植板率为12.0%。
Further increases in plating efficiency are provided by shifting current density from higher plating zones to lower plating zones.
镀覆效率的进一步增进是通过转换从高镀覆区到低镀覆区的电流密度实现的。
Solution: basically, the proportion of lower proportion potion is poor, poor efficiency conductive plating.
镀液比重：基本上比重低，药水导电差，电镀效率差。
The optimization of cleaning procedures and equipment will improve the performance and efficiency of various membrane filter devices (e. g. MF, UF, NF, RO or Plating dialysis).
这为食品饮料领域的各种滤膜装置（MF，UF，NF，RO，电镀透析）提高了效果和程序效率。
The effect of bismuth sulfate content in plating bath and current density on current efficiency, bismuth content and morphology of obtained tin-bismuth alloy was studied.
研究了镀液中硫酸铋含量和电流密度对镀层铋含量、电流效率及镀层表面形貌的影响。
The deposits obtained by the process has satisfactory appearance, corrosion resistance and hardness, and the plating bath has advantages of high covering power and current efficiency.
该工艺得到的镀层外观漂亮，防腐性和硬度较好，镀液覆盖能力强，电流效率高。
The newly designed rotating system of anode increased the efficiency of plating and the quality of plating layer was guaranteed as well.
新设计的阳极旋转系统提高了镀覆效率，保证了镀层质量。
Sulfate tin plating process has been widely used in electroplating industry for its strengths such as high current efficiency, fast plating rate, low cost and easy effluent disposal.
硫酸盐光亮镀锡工艺具有电流效率高、沉积速度快、成本低及废水易处理等优点，在电镀生产中已广泛应用。
The experimental results show that CH plating hole targets have higher laser energy injection efficiency.
实验结果表明：镀CH膜是增加激光能量注入率、提高腔靶辐射温度的有效方法。
It could help not only to increase the cathodic current efficiency of the chromium-plating solution, but also to obtain smooth appearance, high hardness and wearability of chromium electrodeposits.
该法既提高镀铬液的阴极电流效率又降低生产能耗，可获得光亮平滑、硬度高、结合力好的镀铬层。
It could help not only to increase the cathodic current efficiency of the chromium-plating solution, but also to obtain smooth appearance, high hardness and wearability of chromium electrodeposits.
该法既提高镀铬液的阴极电流效率又降低生产能耗，可获得光亮平滑、硬度高、结合力好的镀铬层。
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