1) regeneration rate
再生率<光>
2) regeneration efficiency
再生效率
1.
Great improvement of regeneration efficiency was obtained,and regeneration of chelate ferric catalyst under low pH value condition was achieved.
20 m in左右再生效率为90%以上,比文献报道的再生效率有大幅度的提高,而且在低pH值条件下实现络合铁催化剂的再生,降低了脱硫过程中铁的损失。
2.
It is well known that different regenerating techniques of activated carbon(AC)require the suitable evaluating methods for regeneration efficiency.
以苯酚为吸附质 ,重点研究活性炭在湿式氧化再生前后的碘值、焦糖值、穿透曲线、吸附等温线及标准吸附等温线法等几种再生效率评价方法的差异及其适用性 。
3.
The study of regeneration process of strong type anion resins used to treat the electroplating sludge reveals the relationship between the regeneration condition, including NaOH solution concentration, amount, flow rate and the regeneration efficiency.
通过对电镀废水处理中强碱型阴树脂的再生研究，得出了再生条件（ＭａＯＨ溶液的浓度、用量、流速等）和分等再生与再生效率的关系。
3) Regeneration efficiency
再生率
1.
D301 resin adsorbed with active deep blue K-R was regenerated by H2O2-V2O5 catalytic oxidation,and effect on regeneration efficiency were studied.
结果表明,随着再生液pH值和反应温度的升高,树脂的再生率是先增后降;而随着氧化时间、H2O2浓度和V2O5浓度的增大,再生率是先增大较快,而后增加缓慢。
4) regeneration rate
再生速率
1.
Aboveground biomass,regeneration rate and turfgrass quality of perennial ryegrass,Kentucky bluegrass and tall fescue under different soil moisture gradients of 30%~50% field water capacity(FC),FC 50%~70% and FC 70%~90% in the whole experimental period was measured under field conditions.
结果表明:3种草坪草在FC 30%~50%下的再生速度与50%~70%下的再生速度具有显著性差异,当FC 50%~70%时,再增加水分并不能显著增强草坪草的再生速率。
5) regeneration rate
再生率
1.
The protoplast regeneration rate is zero when the protoplast of H.
6mol/L硫酸镁的黄豆粉培养基上再生率最高,为0。
2.
Several rice varieties(combinations) are experimented to investigate effects of the internode characters on the regeneration rate.
为了探明水稻节间性状对再生率的影响,通过对多个水稻品种(组合)的研究发现,倒5节间长度、倒5节间长度与茎总长度之比与再生率相关系数达显著水平;节间粗度与再生率的关系,仅倒1、2节间与再生率呈显著相关;倒4节间的维管束数目与再生率呈显著负相关,而倒3与倒4节间维管束数目之比与再生率表现出显著正相关,即倒4节间维管束数目少者,其再生率高。
3.
The highest protoplast regeneration rate was 17.
6mol/L氯化钠的SDAY培养基上再生率最高,为17。
6) Ratooning rate
再生率
1.
The results showed that the differences of total yield between main cropping and ratooning cropping and ratooning rate among different rice varieties(combinations) were significant.
结果表明,不同品种(组合)头季稻加再生稻的产量之间存在显著的差异,供试材料间再生率的差异很大。
2.
The results showed that the regeneration speed of axillary buds, total ratooning rate and yield of ratooning rice increased with the increment of stubble height.
结果表明:留桩越高,再生苗萌发越快,总再生率越高,产量越高;留桩高度影响各节位腋芽的再生率,但各节位所受影响有差异;留桩高度影响各节位再生稻农艺性状:各节位再生稻株高随留桩高度下降而降低,总叶数随留桩高度下降而增加;留桩高度对各节位再生稻产量性状也有较大影响;同一高度下再生稻株高、叶片数、每穗总粒数一般随节位降低而增加,结实率与千粒重一般以高节位再生稻较高。
3.
The correlation of ratooning rate to the yield relating characters of main crop and ratoon crop in rice was studied with 30 different types of rice varieties and hybrids.
以 30个不同类型的水稻品种 (组合 )为材料 ,研究了其再生率表现及其与头季和再生季产量性状的相关性。
补充资料：吸光率
分子式：
CAS号：
性质：介质吸收的光强度(I0-I)与入射光强度I0之比：吸光率。式中，I为出射光强度。
CAS号：
性质：介质吸收的光强度(I0-I)与入射光强度I0之比：吸光率。式中，I为出射光强度。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条