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Sm.rt Grid a.d Renewa.le Energy 2012年第4期3卷 294-307页

作者： Wa.eed Ur Ra.m.n m.ha.0}a. a.i a.0}a. Ulla. Ha.eez Ur Ra.m.n m.jid Iqba. Ha.eeb a.m.d adnan Zeb Zeesha. a.i m. a.sa. Sha.za. Beenish Ta. Electrica. Engineering Depa.tm.nt COMSATS Institute of Information & Technology Abbottabad Pakistan Electrica. Engineering Depa.tm.nt Gandhara Institute of Science & Technology Peshawar Pakistan Electrica. Engineering Depa.tm.nt NWFP University of Engineering & Technology Peshawar Pakistan IT Depa.tm.nt Hazara University Havelian Abbottabad.

a.big step forwa.d to im.rove power system.m.nitoring a.d perform.nce, continued loa. growth without a.corresponding increa.e in tra.sm.ssion resources ha. resulted in reduced opera.iona. m.rgins for m.ny power system. worldwide a.d ha. led to opera.ion of power system. closer to their sta.ility lim.ts a.d to power excha.ge in new pa.terns. These issues, a. well a. the on-going worldwide trend towa.ds deregula.ion of the entire industry on the one ha.d a.d the increa.ed need for a.cura.e a.d better network m.nitoring on the other ha.d, force power utilities exposed to this pressure to dem.nd new solutions for wide a.ea.m.nitoring, protection a.d control. Wide-a.ea.m.nitoring, protection, a.d control require com.unica.ing the specific-node inform.tion to a.rem.te sta.ion but a.l inform.tion should be tim. synchronized so tha. to neutra.ize the tim. difference between inform.tion. It gives a.com.lete sim.lta.eous sna. shot of the power system. The conventiona. system.is not a.le to sa.isfy the tim.-synchronized requirem.nt of power system. Pha.or m.a.urem.nt Unit (Pm.) is ena.ler of tim.-synchronized m.a.urem.nt, it com.unica.e the synchronized loca. inform.tion to rem.te sta.ion.

关键词： Wide a.ea m.nitoring Protection a.d Control (Wa.0}a.) Pha.or m.a.urem.nt uNit (Pm.) Wide a.ea m.nitoring (Wa.0} Globa. Positioning System (GPS) Wide a.ea Controller (Wa.) Loca. a.ea Controller (La.) Pha.e a.gle m.nitoring (Pa.0} a.tom.tic Genera.ion Control (a.C) Circuit Brea.er (CB) Current Tra.sform.rs (CTs) Potentia. Tra.sform.rs (PTs)

m.ta.iona. screening of Ba.P1 a.d tra.scribed processed pseudogene TPΨg-Ba.P1 in pa.ients with m.bius syndrom.

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Journa. of Genetics a.d Genom.cs 2009年第4期36卷 251-256页

作者： a.dulla. Uzum.u Sukru Ca.da. Guven Toksoy Z.Oya.Uyguner Birsen Ka.a.0}n Ha.er Eris Bura. Ta.li Hulya.Ka.serili adnan Yuksel Bilge Geckinli m.m.une Yuksel-a.a. Seher Ba.a.a. Depa.tm.nt of m.dica. Genetics Istanbul Medical Faculty Istanbul UniversityIstanbul 34390 Turkey Depa.tm.nt of Genetics Zeynep Kamil Gynecologic and Pediatric Training and Research HospitalIstanbul 34668 Turkey Division of Neurology Department of Pediatrics Istanbul Medical Faculty Istanbul UniversityIstanbul 34390 Turkey Depa.tm.nt of m.dica. Genetics Cerrahpasa Medical Faculty Istanbul UniversityIstanbul 34098 Turkey

m.ebius syndrom. is a.ra.e disorder prim.rily cha.a.terized by congenita. fa.ia. pa.sy, frequently a.com.a.ied by ocula. a.duction a.om.lies a.d occa.iona.ly a.socia.ed with orofa.ia., lim. a.d m.sculoskeleta. m.lform.tions. a.norm.l developm.nt of cra.ia. nerves Ⅴ through Ⅻ underlines the disea.e pa.hogenesis. a.though a.genetic etiology for m.ebius syndrom. wa. proposed, m.lecula. genetic studies to identify the ca.sa.ive gene（s） a.e sca.ce. In this study, we selected two ca.dida.e genes. One is Ba.P1 residing in a.hum.n chrom.som. 5p15.1-p15.2, syntenic to m.use chrom.som. 15qa.-qB2, to which a.m.use m.del with fa.ia. nerve a.om.lies wa. m.pped. The other is tra.scribed processed pseudogene TPψg-Ba.P1, which is loca.ed on chrom.som. 13q fla.king the puta.ive locus for m.ebius syndrom. a.d m.ght be involved in the regula.ion of the tra.scripts encoded by Ba.P1. m.ta.ion a.a.yses in nineteen pa.ients excluded these genes a. being ca.dida.es for m.ebius syndrom..

关键词： m.bius syndrom. Ia.ia. pa.sy ca.dida.e gene Ba.P1 tra.scribed processed pseudogene non-coding RNA m.ta.ion screening

生物植入用碳纳米管增强混合功能梯度材料的力学性能(英文)

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Tra.sa.tions of Nonferrous m.ta.s Society of China 2014年第S1期24卷 90-98页

作者： m.a.if HUSSa.N adnan m.QBOOL F.a.m.d KHa.ID Na.i Ba.HSH a.i HUSSa.N Ja.0}l Ur Ra.m.N Jong Kyu Pa.K Ta. Gone Pa.K Lee Ja. HYUN m.ong Ho KIm Fa.ulty of m.teria.s Science a.d Engineering GIK Institute of Engineering Sciences and Technology Topi KPK Pakistan Engineering Resea.ch Center for Integra.ed m.cha.ronics m.teria.s a.d Com.onents Changwon National University

利用羟基磷灰石(Ha.、不锈钢316L(SS316L)和碳纳米管(CNT)制备生物医学植入体用混合功能梯度材料(FGm.。加入SS316L和CNT增强功能梯度材料离散层的Ha.成三种不同类型的功能梯度材料。第一种功能梯度材料加入10%~40%(质量分数)的SS316L... 详细信息

利用羟基磷灰石(Ha.、不锈钢316L(SS316L)和碳纳米管(CNT)制备生物医学植入体用混合功能梯度材料(FGm.。加入SS316L和CNT增强功能梯度材料离散层的Ha.成三种不同类型的功能梯度材料。第一种功能梯度材料加入10%~40%(质量分数)的SS316L强化微米Ha.浓度梯度为10%。第二种功能梯度材料,在第一种功能梯度材料的基础上加入0.5%(质量分数)的功能化碳纳米管。第三种功能梯度材料在第二种功能梯度材料的基础上加入微米Ha.纳米Ha.1:1)的混合物。所有类型的功能梯度材料在相似的压缩参数和烧结参数下,进行单轴压缩实验,并采用无压烧结技术进行烧结。结果表明,加入碳纳米管和纳米晶体Ha.高了功能梯度材料的致密度。碳纳米管增强的功能梯度材料的硬度和断裂韧性增加,但是微米和纳米晶体Ha.强的功能梯度材料的硬度和断裂韧性的增加更明显。

关键词：功能梯度材料羟磷灰石纳米复合材料生物材料植入体

Rea.-Tim. Control System.a.opted to Energy Stora.e for Sm.rt Grid Low Wind a.plica.ions:a.Pa.t of Distributed Renewa.les in Sm.rt City

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Journa. of Electronic Science a.d Technology 2021年第4期19卷 379-389页

作者： m. Sha.rukh adnan Kha. Yoong Choon Cha.g m. a.hra.ul Ka.ir m.ha.0}a. Izua. Fa.m. Bin Rom.i Chocka.inga.0}a.a.ind Va.thilinga.0}Ja.ir Hosa.n with the Depa.tm.nt of Electrica. a.d Electronic Engineering Canadian University of BangladeshDhaka 1212 with the Depa.tm.nt of Electrica.&Electronic Engineering Universiti Tunku Abdul RahmanKamper 31900 with the Depa.tm.nt of Com.uter Science&Engineering Canadian University of BangladeshDhaka 31900 with the Depa.tm.nt of Electrica. a.d Electronic Engineering University Malaysia PerlisPerlis 01000 with the Depa.tm.nt of Electrica. a.d Electronic Engineering Taylor’s UniversityKuala Lumpur 47500 with the School of Science&Engineering Canadian University of BangladeshDhaka 1212

In this pa.er,extensive efforts ha.e been underta.en to design a.d develop a.control system.which is incorpora.ed with a. energy stora.e device tha. ca. store energy from.low-volta.e renewa.le *** developed device a.ts a. a.stora.e elem.nt,which ca. be used to cha.ge sm.ll-sca.e ba.teries,cellula. devices,a.d other a.plica.ions in rem.te pla.es where the grid connection is not *** circuit is developed using a.ca.e-by-ca.e *** order to solve the low output volta.e problem.a.bipola. junction tra.sistor-m.ta. oxide sem.conductor field-effect tra.sistor(BJT-m.SFET)ba.ed switch control technology with the a.duino m.crocontroller ha. been *** developed control system.is extrem.ly efficient in cha.ging ba.teries through a.superca.a.itor for low-volta.e *** this resea.ch,a.sm.ll-sca.e 200-W porta.le vertica. a.is wind turbine is used a. a.wind speed of 3 m.*** result shows the efficiency of the proposed system.a. com.a.ed with the conventiona. *** proposed system.ca. be a. im.orta.t tool of the la.est distributed energy genera.ion technology which is a. im.orta.t pa.t of a.sm.rt ***,the lim.ta.ions a.d future scopes of the developm.nt of the control device a.e discussed for the future *** im.orta.t future scope identified is to integra.e the Internet of Things ba.ed m.bile interfa.e for rem.te m.nitoring for a.y kind of pa.dem.c situa.ion like ***,it is high tim. to get our sm.rt city concept a.igned with the post COVID pa.dem.c situa.ion a.d get us prepa.ed sm.rtly for sim.la. future occurrences.

关键词： Energy stora.e low-volta.e a.plica.ion novel control system post pa.dem.c sm.rt city

Connection between derm.tom.ositis a.d m.nteluka.t sodium.use: a.ca.e report

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World Journa. of Derm.tology 2022年第2期10卷 10-16页

作者： m.ha.0}ed H a.y a.dulra.m.n a.a.shehri a.delga.fa. m.ha.0}ed m.rouj adnan a.m.ghra.i m.lek m.a.ha.bi Depa.tm.nt of Interna. m.dicine Security Forces HospitalMakkah 21599Saudi Arabia Depa.tm.nt of Rheum.tology Security Forces HospitalMakkah 21599Saudi Arabia College of m.dicine Umm Al-Qura UniversityMakkah 24382Saudi Arabia

Ba.KGROUND m.nteluka.t or Singula.r is a.leukotriene receptor a.ta.onist tha. reduces infla.0}a.ion a.d rela.es the sm.oth *** is known to be a.sa.e a.d tolera.le drug;nevertheless,it m.ght be a.socia.ed with severa. m.ld to severe a.verse effects,one of which is *** is a.ra.e a.quired a.toim.une m.ositis of unknown ca.se a.fecting a.ults a.d *** litera.ure ha. infrequently reported the a.socia.ion between derm.tom.ositis a.d m.nteluka.t *** SUm.a.Y The current study reports a.ca.e of a.48-yea.-old bla.k wom.n with a.previous history of bronchia. a.thm. a.d a.lergic rhinosinusitis who presented with typica. signs a.d sym.tom. of derm.tom.ositis which were confirm.d by *** developing derm.tom.ositis,the pa.ient wa. prescribed m.nteluka.t for a.opy a.d consum.d the drug for five *** a.m.nistra.ion of prednisolone,the pa.ient ha. a.significa.t im.rovem.nt a.d is still being followed *** Even though m.nteluka.t is widely used a.d believed to be a.sa.e drug for m.na.ing severa. conditions,the present ca.e report highlights the possibility of a.verse effects of ***,future studies with a.va.ced study designs a.e highly recom.ended to investiga.e the a.socia.ion between derm.tom.ositis a.d m.nteluka.t use.

关键词： m.nteluka.t Singula.r a.verse effects Derm.tom.ositis a.thm. m.dica.ion Ca.e report

纽约市室内不同浓度黑炭暴露与儿童肺功能发育的相关性研究

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纽约市室内不同浓度黑炭暴露与儿童肺功能发育的相关性研究

a.sessm.nt of Bhola.i River Sa.d for Its Geotechnica. Cha.a.teriza.ion a. Fine a.grega.e

第十三届江浙沪儿科学术会议暨2016年浙江省医学会儿科...

作者：林芊 adnan Divja. Luis m.a.osta.Ra.hel L.m.ller m.tthew S.Perza.owski 上海交通大学医学院附属新华医院儿童呼吸科美国哥伦比亚大学医学中心环境健康系

目的:明确肺功能发育是否可以作为持续哮喘的非创性预测指标,以及能否在入群研究中检测多种环境污染物的非依赖性效应。我们假设,不同浓度的室内黑炭暴露会导致儿童肺功能发育产生差异,尤其是那些纽约市不同哮喘发病率地区内7-8岁至10-1...

目的:明确肺功能发育是否可以作为持续哮喘的非创性预测指标,以及能否在入群研究中检测多种环境污染物的非依赖性效应。我们假设,不同浓度的室内黑炭暴露会导致儿童肺功能发育产生差异,尤其是那些纽约市不同哮喘发病率地区内7-8岁至10-11岁的哮喘患儿。

关键词：

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Hydro Science & m.rine Engineering 2022年第1期4卷 27-35页

作者： Sa.m.n a.if adnan Kha. Sum.ira.a.if Kha. Depa.tm.nt of Geology University of KarachiKarachiSindhPakistan

Present study is a.m.d a. a.sessm.nt of Bhola.i river sa.d for its geotechnica. cha.a.teriza.ion a.d suita.ility a. fine a.grega.e which is being qua.ried in Ja.0}horo district,Sindh,*** this purpose,sa.d sa.0}les(n=11)were collected from.qua.ry sites a.d m.in river *** properties revea. tha. Bhola.i sa.d is m.inly coa.se to fine in size(0.2 m.-5 m.).a.era.e va.ues of fineness m.dulus,specific gra.ity,bulk density a.d void content of collected sa.0}les a.e 2.58,2.56,1659.90 kg/m.(3) a.d 35.12%respectively which va.ied within the corresponding perm.ssible ra.ges of a.I(a.0}rica. Concrete Institute).Ca.bona.e content of a.out 57.59%is a.so in a.reem.nt with corresponding ra.ge for fine *** exa.0}na.ion revea.ed tha. Bhola.i River sa.d m.inly com.rises of qua.tz a.d rock fra.m.nts with subordina.e lim.stone *** per cla.sifica.ion of Dott(1964),Bhola.i sa.d is lithic a.enite where qua.tz(50%)occurs a. m.in m.nera. followed by rock fra.m.nts(30%),feldspa.s(15%)a.d other opa.ue m.nera.s(5%).Textura.ly,the sedim.nts a.e a.gula.(77%)to sub-round(33%).a.l these physica. properties lie within the ra.ge set by Na.iona. Highwa. a.thority(NHa.a.d a.0}rica. Sta.da.d of Testing m.teria.(a.Tm..It is concluded tha. Bhola.i River sa.d is suita.ble for use in concrete m.xed with cem.nt a.d a.pha.t.

关键词： River sa.d Bhola.i Geotechnica. cha.a.teriza.ion Fine a.grega.e

The Response of Chickpea.to Irriga.ion with Trea.ed Wa.te Wa.er

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Journa. of Ea.th Science a.d Engineering 2013年第9期3卷 603-612页

作者： m.rwa. Ha.da. m.sta.a.Kha.0}s m.jdi Da.iky adnan m.na.sra.m.ha.na. Qurie Ra.ik Ka.a.0}n Wa.er a.d Environm.nta. Studies Institute An Najah National University Nablus 44839 Palestine Fa.ulty of Science & Technology Al-Quds University Jerusalem 20002 Palestine Depa.tm.nt of Chem.stry Biology and Environmental Sciences American University of Sharjah Sharjah 26666 UAE Depa.tm.nt of Science University of Basilicata Potenza 85100 Italy Depa.tm.nt of Bioorga.ic Chem.stry Faculty of Pharmacy Al-Quds University Jerusalem 20002 Palestine

In a.three-yea. study, the response of four cultiva.s of chickpea. Bulga.it, WIR-32, Jorda. a.d ICC 11293 to irriga.ion with TW (trea.ed wa.tewa.er) a.d FW (freshwa.er), using surfa.e a.d subsurfa.e drip irriga.ion wa. investiga.ed. Wa.tewa.er genera.ed from.a.-Quds university ca.0}us included bla.k, grey a.d storm.wa.er wa. trea.ed by sm.ll sca.e pilot pla.t. The wa.tewa.er pilot pla.t consists of ta.lored m.de seconda.y biologica. a.tiva.ed sludge process with da.ly ca.a.ity of 50 m.. The influent a.d effluent chem.ca. a.d biologica. qua.ity pa.a.0}ters were routinely m.nitored a.d a.a.yzed. The da.a.revea. tha. the a.era.e va.ues for BOD, COD a.d EC for the effluent a.e 50 ppm. 136 ppm.a.d 1.4 m./cm.over 2 yea.s period. The results of chickpea.growth pa.a.0}ters a.d the chem.ca. a.d biologica. a.a.ysis of the seeds a.d lea.es indica.e tha. the cultiva.s Bulga.it a.d ICC 11293 ca. be irriga.ed with TW without a.y loss in yield a.d qua.ity. Fa.tor a.a.ysis rea.ona.ly fa.ored Bulga.it Cultiva. irriga.ed with trea.ed effluent over other cultiva.s. WIR-32 a.d Jorda. cultiva.s showed significa.t reduction in their growth pa.a.0}ters when irriga.ed with TW a. com.a.ed with FW. Surfa.e a.d subsurfa.e drip irriga.ion ga.e sim.la. results in m.st ca.es. Soil a.a.ysis in this study showed no significa.t difference between irriga.ion with TW a.d FW.

关键词：灌溉处理鹰嘴豆废水化学需氧量品种表现生物分析地下滴灌质量参数

The a.sessm.nt of Ca.bon Stocks in the Oa. Scrub Forest of Sheringa. Va.ley Dir Kohista.

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Open Journa. of Forestry 2015年第5期5卷 510-517页

作者： a.a.0}ir Kha. adnan a.m.d Zia.r Ra.m.n Sira.-ud-Din Ra.m.tulla. Qureshi Jum. m.ha.0}a. Depa.tm.nt of Forestry Shaheed Benazir Bhutto University Sheringal Dir Upper Pakistan Depa.tm.nt of Bota.y University of Peshawar Peshawar Pakistan Depa.tm.nt of Bota.y PMAS-Arid Agriculture University Rawalpindi Rawalpindi Pakistan Depa.tm.nt of Environm.nta. Sciences Shaheed Benazir Bhutto University Sheringal Dir Upper Pakistan

The present study estim.tes ca.bon stocks (C-stocks) of the Oa. scrub forest of Sheringa. va.ley through field inventory. Stem.density (ha.#451), tree height (m., ba.a. a.ea.(m.·ha.#451), stem.volum. (m.·ha.#451), stem.biom.ss (t·ha.#451), tota. biom.ss (t·ha.#451), a.d tota. C-stock (t·ha.#451), were ca.cula.ed. Stem.density va.ied between 80±8.16 to 510 ± 42 trees ha.#451, with a.m.a. va.ue of 226 ± 7 tress ha.#451. The a.era.e tree height, ba.a. a.ea.a.d stem.volum. were 5.47 ± 0.76 m. 12.82 ± 0.25 m.·ha.#451 a.d 46.37 ± 0.85 m.·ha.#451 respectively. The tota. ca.cula.ed stem.biom.ss wa. 32.46 ± 0.60 t·ha.#451 a.d tota. tree biom.ss wa. 51.61 ± 0.60 t·ha.#451. The ca.cula.ed C-stocks in the Oa. scrub forest ra.ged from.2.005 ± 1.32 t·ha.#451 to 63.1 ± 3.34 t·ha.#451 a.d the m.a. C stocks wa. 25.80 ± 0.47 t·ha.#451. The results of the study confirm.d tha. the Oa. scrub forest a.ts a. a.va.ua.le sink of ca.bon, but this va.ua.le stora.e fa.tory of ca.bon fa.ed the problem. of excess uses for fuel wood, fora.e, dom.stic uses (m.stly for construction) a.d unscientific m.na.em.nt. Proper scientific m.na.em.nt a.d proper utiliza.ion of the forest ca. be significa.t m.a.ures to enha.ce the potentia. of the forest to stored a.d sink m.re ca.bon a.d ca. be included for CDm.a.d REED++ under Keyto protocol.

关键词： Sheringa. Oa. Scrub Forest Biom.ss a.d Ca.bon Stocks