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1)  fundamental harmonic separation algorithm
基波相位分离法
1.
To decrease errors of fundamental harmonic separation algorithm in dielectric loss angle measurement in asynchronous sampling,a modified fundamental harmonic separation algorithm based on Hanning-windowed interpolation was proposed.
为有效减少基波相位分离法在非同步采样时给介损角测量带来的误差,提出了加汉宁窗插值的改进基波相位分离法
2.
As for dielectric loss angle measurement, fundamental harmonic separation algorithm is an effective approach that can offer accurate calculation results under shorter sampling time and less calculation amount.
基波相位分离法计算量少、需要的采样时间短、计算结果精确度高,是介损角测量的有效算法。
3.
Modified fundamental harmonic separation algorithm integrated with Hanning window interpolation algorithm is used, considering the error of fundamental harmonic separation algorithm when signal frequency is different from 50 Hz.
考虑到基波相位分离法在频率偏离理想值时存在误差的问题,使用了结合加汉宁窗插值的改进基波相位分离法,仿真了各种因素对算法的影响,证明了改进算法的有效性。
2)  modified fundamental harmonic separation algorithm
改进基波相位分离法
3)  fundamental frequency phase detachment
基波相位分离
1.
The paper describes a digital measurement method - fundamental frequency phase detachment method -which is used for detecting the dielectric loss of electric equipment.
介绍了一种基于基波相位分离法的电气设备绝缘介质损耗数字化检测方法,根据其原理设计了以DS80C320型单片机构成的绝缘介损检测仪,详细描述了其硬件组成和软件设计,给出了该仪器装置测量的试验结果。
4)  the single overtone phase analytic method
单次谐波相位分析法
5)  phase separation method
相分离法
1.
The preparation methods for inorganic-organic composite particle such as mechanical mill method,heterogeneous coagulation method,phase separation method and monomer polymerization method are mainly introduced.
主要介绍无机-有机复合粒子制备方法——机械研磨法、异相凝集法、相分离法和单体聚合法。
2.
The encapsulation was conducted by using a phase separation method (PSM) and a solvent extraction method(SEM).
用具有生物降解性和血液相容性的聚乳酸 ( PLA)为载体材料 ,以牛血清白蛋白 ( BSA)为多肽 -蛋白质药物的模型化合物 ,分别用相分离法 ( PSM)和溶剂萃取法 ( SEM)制备出了平均粒径为 5 0~ 90 μm的 PLA/ BSA微球 。
3.
The development about tank stripping,tower stripping,direct drying method and phase separation method of cis-1,4-polybutadiene rubber solution were reviewed with 25 references.
简述了国内外顺丁橡胶溶液的釜式凝聚、塔式凝聚、直接干燥法和相分离法等的发展概况。
6)  nanoprecipitation
相分离法
1.
Norcantharidin(NCTD) loaded PLA-PEG nanoparticles are prepared by double emulsion method and nanoprecipitation method respectively.
采用复乳法和相分离法两种方法制备去甲斑蝥素的聚乳酸-聚乙二醇嵌段共聚物(PLA-PEG)纳米微球。
补充资料:遮波致波[多罗那他《七系付法传》]
【遮波致波[多罗那他《七系付法传》]】
  时瞻波拏处牧人甚多,其中有一牧人极为富有,水牛、牦牛、牯牛及马羊等皆有数千,彼为子娶媳,媳生一子,一时其地有大节会,媳与幼子皆住其处,众人散后,得成就者遮波致波始为乞食而来,媳以一切食物奉施,阿阇黎言:“若汝家人不起嗔者,随汝意乐,明晨可多施我食。若起嗔者,我于林中生火而住,可遁来我前。”其后媳家诸人,见食器中有残余食物,乃共撘击,媳遂抱幼子而逃,至阿阇黎前,阿阇黎以丹药洒之,母子二人皆证持明之身,尔时众人寻迹追来,阿阇黎复以丹药洒之,约三百人亦皆证得持明之身,得大义利。尔时瞻波国王闻悉此事,遂于多人同来阿阇黎前,国王作礼时,阿阇黎伪作怒状,投食器于地,即时地下有龙女出,以众多资具奉献于王,王知阿阇黎为得成就者,故于岩窟之中,建二佛堂,其一塑有阿阇黎及母子三像,另有则塑余三百人,其幼童像亦能赐予众多悉地,眼中出眼药,耳中出药丸,口中出宝剑,鼻中出捷足药,金刚中出化金药,下门中出诸丹药,此三像在一座上,乃至弥勒出世恒利众生,其地亦名瞻波遮波致,今日若祈请者仍可速得悉地也。彼之弟子为得成就者迦俱致波,
  
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