1) photooxidation tolerance
耐光氧化
1.
and 264 soybean germplasms from the region in the South of Huaihe River in Jiangsu Province and other regions were chosen to screen their photooxidation tolerance and drought tolerance in summer of 1997, respectively.
１９９７年夏季分别对２２８份江苏省淮南夏大豆种质和２６４份外引大豆种质进行简易耐光氧化和耐旱种质资源的批量筛选鉴定。
2.
A series of rice somaclonal variants with photooxidation tolerance have been screened and preliminarily identified.
本文报道从多个水稻品种通过组织培养产生的变异中获得一批耐光氧化的体细胞无性系变异体。
2) Tolerance to photooxidation
耐光氧化性
3) oxidative resistance
耐氧化性
1.
Hydrolytic resistance and oxidative resistance of polyhexymethylene carbonate urethane urea (PCUU) from our laboratory were studied by hydrolysis in hot water at (96±4) ℃ and oxidation in NaClO solution compared with polyether urethane(Pellethane, Pe) from Dow Chemical Co and polycarbonate urethane urea (Chronoflex, Chro) from PolyMedica Co.
研究了本实验室合成的聚六亚甲基碳酸酯聚氨酯脲(PCUU)的耐水解和耐氧化性能,并与Pel-lethane(Pe)和Chronoflex(Chro)对照。
2.
The result shows that under the optimal conditions,the content of double carbon bond in product reduced,and the comprehensive properties,especially,the oxidative resistance improved greatly.
结果表明:在此条件下加氢,产物碳碳双键含量减少,其综合性能特别是高温耐氧化性得到了显著提高。
4) oxidation resistance
耐氧化性
1.
PBp and its derivatives had the properties of thermal and oxidation resistance.
用ＰＢｐ衍生物的溶液浸渍石墨制品，经热处理后，在８００℃空气中，保温６ｈ氧化损失率与同等条件下的未浸渍的石墨制品相比，小一倍多，大大提高了石墨制品的高温耐氧化性。
5) oxidative tolerance
氧化耐受
1.
Objective To evaluate the variance of oxidative tolerance(OT) against hydrogen peroxide (H2O2) in differentiated neural stem cells (DNSC).
目的探讨大鼠分化期神经干细胞(differentiated neural stem cell,DNSC)对过氧化氢(H2O2)氧化耐受(oxidative tolerance,OT)的差异。
2.
Objective To evaluate the effects of preconditioning with hydrogen peroxide(H_2O_2) on oxidative tolerance(OT) of rat neural stem cells(NSC) in proliferation(PNSC) and differentiation(DNSC) respectively.
目的探讨神经干细胞(NSCs)在增生期和分化期过氧化氢(H2O2)预处理后H2O2损伤氧化耐受的变化。
补充资料：耐光性
分子式：
CAS号：
性质：指涂膜受光线照射后保持其原来光学性能（如颜色、光泽等）的能力。其中又分为保光性、保色性和耐黄变性。涂膜在日光照射下起变化，但需时较长，通常对涂膜的耐光性的检测采用人造光源，以加速涂膜的变化，缩短检测时间。
CAS号：
性质：指涂膜受光线照射后保持其原来光学性能（如颜色、光泽等）的能力。其中又分为保光性、保色性和耐黄变性。涂膜在日光照射下起变化，但需时较长，通常对涂膜的耐光性的检测采用人造光源，以加速涂膜的变化，缩短检测时间。
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