1) probiotic properties
益生特性
1.
Assessment of probiotic properties of Bifidobacterium breve GRX031;
一株短双歧杆菌GRX031益生特性的研究
2.
Assessment of Potential Probiotic Properties of Lactobacillus Isolated from Traditionally Home-made Koumiss in Inner Mongolia;
内蒙古传统酸马奶酒中乳杆菌潜在益生特性的研究
3.
2122) which has been isolated and preserved by our laboratory,the research has done a study on the probiotic properties,bacteriostasis activity,lipid-lowering effects,immunity-improving function of the strain.
2122)的益生特性,抑菌、降血脂以及提高免疫力等功能进行了研究。
2) Beneficial characteristics in vitro
体外益生特性
3) gain characteristic
增益特性
1.
A new theoretical explanation for the gain characteristics of the tensile-strainedquantum well (QW) is advanced from the density-matrix theory taking into account the effects of subband-mixing on both the valance subband structures and the transition dipole moments for the first time.
在运用变形计算法计算了Ga1-xInxAs/GaInAsP/InP应变量子阱子能带结构的基础上,综合考虑了子能带耦合效应对价带子能带与跃迁矩阵元的作用及状态密度对增益线宽的影响,首次从理论上发现张应变量子阱中的TM模具有比压应变或无应变量子阱中的主模式TE模更为优异的增益特性。
2.
Novel formulas to analyze the gain characteristics of Er3+/Yb3+ co-doped waveguide amplifiers(EYCDWA)are derived from the rate equations and the light propagation equations under the uniform dopant and steady-state conditions,neglecting the amplified spontaneous emission and introducing initial energy transfer efficiency.
利用这些公式分析了泵浦光功率、信号光功率、掺杂浓度、波导长度对放大器增益特性的影响,并与单掺铒波导放大器(EDWA)进行了比较,得到了一些具有实用价值的模拟结果。
3.
Furthermore,the gain characteristic of EDF is measured and fitted with a formula derived from the qualitative explanation.
通过理论衍生的公式对增益特性曲线进行了拟合,并结合增益特性曲线对光双稳态的产生给出了定量的解释。
4) gain characteristics
增益特性
1.
The study of the gain characteristics of a new excimer laser medium;
新型准分子激光介质的增益特性的研究
2.
Experimental results show that the pump power, probe power, bias current and gain characteristics of SOA are closely related to the performances of wavelength converter.
给出了波长转换的实验结果,研究了放大器增益特性、泵浦光功率、探测光功率以及放大器注入电流对转换效率、消光比特性和噪声特性的影响,并对实验结果作了分析和讨论,对进一步的波长转换实验及结构参数的优化有指导作用。
3.
The signal gain characteristics of hybrid pumped erbium doped fiber amplifiers (HEDFA) are studied theoretically.
从理论上研究了双频激光混合泵浦掺饵光纤放大器(HEDFA)的增益特性。
5) gain performance
增益特性
1.
Based upon the instantaneous output spectra of a xenon flashlamp, we have constructed a unique dynamic modeling program to predict the gain performance of multi segment Nd:glass laser amplifiers.
用随时间变化的氙灯辐射光谱模型 ,建立了组合式钕玻璃片状激光放大器动态增益特性的模拟程序 ,实现了从氙灯放电到引出激光的全过程动态模拟 ,可用于片状激光放大器的优化设计 。
6) probiotic
[prə,bai'ɔtik]
益生性
1.
In this paper, five fungi strains which consist the probiotic microbial forage additive were roughly identified, the optimum growth temperatures and optimum growth pH values of them were determined, and the growth curves of the five strains were also made.
益生性微生物饲料添加剂是一种新型的饲料添加剂,它可以通过调节动物体内的微生态平衡以及提供高蛋白和丰富的营养达到防病治病和促进生长的目的。
补充资料:现生十种益
【现生十种益】
(名数)日本真宗所立。文类三末曰:“获得金刚信心者,横超三涂八难道,必获现生十种益。”一冥众护持益,梵天,帝释,四天王,龙神八部等护持行者也。二至德具足益,信之一念发挥名号之至德,尽其功德,圆满具足于我身也。无量寿经下曰:“其有得闻彼佛名号欢喜踊跃乃至一念,当知此人为得大利,则是具足无上功德。”净土论曰:“观佛本愿力,遇无空过者,能令速满足,功德大宝海。”三转恶成善益,获一念信心之时,既具足至德,则转三世之重恶,而使尽为菩提之善也。四诸佛护念益,十方恒沙之诸佛护念行者也。选择集末曰:“十方诸佛,护念念佛行者。”五诸佛称赞益,诸佛称赞行者也。无量寿经下曰:“闻法能不忘,见敬得大庆,则我善亲友。”观无量寿经曰:“若念佛者,当知此人是人中芬陀利华。”如来会下曰:“广大胜解者。”六心光照护益,由佛之大慈悲心照触念佛行者之光明,谓之心光。念佛之行者,为此心光所照护也。观念法门曰:“彼佛心光常照是人摄护不舍。”七心多欢喜益,念佛之行者,如初欢喜地菩萨于未来成佛,决定无间违,心常欢喜也。八知具报德益,念佛之行者,即具足至德,获得大利,今可为报谢佛恩之身也。九常行大悲益,他力信心之行者,以自信者劝人,为自行佛之大悲之身也。安乐集曰:“大悲经云:云何名为大悲?。(中略)若能展转相劝行念佛者,此等悉名行大悲人。”十入正定聚益,定成佛之位谓之正定聚,又云不退位。念佛之行者,以信之一念入于此位,而未来必成佛也。净土论注上曰:“易行道者,谓但以信佛因缘愿生净土,乘佛愿力便得往生彼清净土,佛力住持即入大乘正定之聚。”
(名数)日本真宗所立。文类三末曰:“获得金刚信心者,横超三涂八难道,必获现生十种益。”一冥众护持益,梵天,帝释,四天王,龙神八部等护持行者也。二至德具足益,信之一念发挥名号之至德,尽其功德,圆满具足于我身也。无量寿经下曰:“其有得闻彼佛名号欢喜踊跃乃至一念,当知此人为得大利,则是具足无上功德。”净土论曰:“观佛本愿力,遇无空过者,能令速满足,功德大宝海。”三转恶成善益,获一念信心之时,既具足至德,则转三世之重恶,而使尽为菩提之善也。四诸佛护念益,十方恒沙之诸佛护念行者也。选择集末曰:“十方诸佛,护念念佛行者。”五诸佛称赞益,诸佛称赞行者也。无量寿经下曰:“闻法能不忘,见敬得大庆,则我善亲友。”观无量寿经曰:“若念佛者,当知此人是人中芬陀利华。”如来会下曰:“广大胜解者。”六心光照护益,由佛之大慈悲心照触念佛行者之光明,谓之心光。念佛之行者,为此心光所照护也。观念法门曰:“彼佛心光常照是人摄护不舍。”七心多欢喜益,念佛之行者,如初欢喜地菩萨于未来成佛,决定无间违,心常欢喜也。八知具报德益,念佛之行者,即具足至德,获得大利,今可为报谢佛恩之身也。九常行大悲益,他力信心之行者,以自信者劝人,为自行佛之大悲之身也。安乐集曰:“大悲经云:云何名为大悲?。(中略)若能展转相劝行念佛者,此等悉名行大悲人。”十入正定聚益,定成佛之位谓之正定聚,又云不退位。念佛之行者,以信之一念入于此位,而未来必成佛也。净土论注上曰:“易行道者,谓但以信佛因缘愿生净土,乘佛愿力便得往生彼清净土,佛力住持即入大乘正定之聚。”
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参考词条