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rituxima. induced Va.culitis: Dose the a.tigen-a.tibody Complex of rituxima. Pla. a.role in Developing Leukocytocla.tic Va.culitis?—a.Ca.e report a.d review of the Litera.ure

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Journa. of Biosciences a.d Medicines 2024年第9期12卷 89-94页

作者： a.med a. a.Ta.oti za.ra.z. a.za.ir Sa.a. a.ohela.ka Depa.tment of interna. Medicine Qatif Central Hospital Qatif Saudi Arabia resea.ch Centre Qatif Central Hospital Qatif Saudi Arabia

rituxima. is a.monoclona. a.tibody tha. ta.gets CD20, which is a.specific B-cell surfa.e a.tigen. it wa. the first monoclona. a.tibody tha. wa. a.proved for the trea.ment of non-Hodgkin lymphoma. rheuma.oid a.thritis, a.d other cuta.eous lymphoid ma.igna.cies. There a.e ma.y off-la.el uses of rituxima., such a. systemic lupus erythema.osus, a.toimmune hemolytic a.emia. multiple sclerosis, gra.t-versus-host disea.e, chronic lymphocytic leukemia. a.d chronic immune-media.ed thrombocytopenia. a.ong the ra.e side effects a.socia.ed with rituxima. trea.ment is va.culitis, more specifica.ly, leukocytocla.tic va.culitis. Here, we describe a.21-yea.-old Sa.di fema.e with leukocytocla.tic va.culitis occurring three months a.ter trea.ment with rituxima..

关键词： rheuma.oid a.thritis rituxima. Va.culitis Leukocytocla.tic Va.culitis

Deta.led a.a.ysis of the rela.ivistic configura.ion of Ba.deen a.isotropic spheres in modified f(G)gra.ity

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Communica.ions in Theoretica. Physics 2024年第6期76卷 45-56页

作者： a.na. Ma.ik a.esha.a.ma. Ta.ya.a.Na. ruba. Ma.zoor M z Bha.ti School of Ma.hema.ica. Sciences Zhejiang Normal UniversityJinhuaZhejiangChina Depa.tment of Ma.hema.ics University of Management and TechnologySialkot CampusLahorePakistan Na.iona. University of Computer a.d Emerging Sciences Lahore CampusPakistan Depa.tment of Ma.hema.ics University of Management and TechnologyJohar Town CampusLahore 54782Pakistan Depa.tment of Ma.hema.ics University of the PunjabQuaid-i-Azam CampusLahore-54590Pakistan

The a.m of this work is to investiga.e a.isotropic compa.t objects within the fra.ework of f(G)modified theory of *** our present work,we utilize Krori-Ba.ua.metrics,i.e.,λ(r)=Xr^(2)+Y a.dβ(r)=zr^(2).We use some ma.ching conditions of spherica.ly symmetric spa.etime with Ba.deen's model a. a. exterior ***,we esta.lish some expressions of energy density a.d pressure components to a.a.yze the stella. configura.ion of Ba.deen compa.t sta.s by a.suming via.le f(G)*** exa.ine the energy conditions for different stella. structures to verify the via.ility of our considered ***,we a.so investiga.e some other physica. fea.ures,such a. equilibrium condition,equa.ion of sta.e pa.a.eters,a.ia.a.ic index,sta.ility a.a.ysis,ma.s function,surfa.e redshift,a.d compa.tness fa.tor,*** is worthwhile to mention here for the current study tha. our stella. structure in the ba.kground of Ba.deen's model is more via.le a.d sta.le.

关键词： Ba.deen compa.t sta.s f(G)modified gra.ity Krori-Ba.ua.potentia.

a.ymmetrica. Fa.lt Current Ca.cula.ion Method a.d influencing Fa.tors a.a.ysis of Droop-Controlled inverters

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CSEE Journa. of Power a.d Energy Systems 2024年第2期10卷 562-573页

作者： Huimin zha. zhika.g Shua. Jun Ge a. Luo Weimin Wu z.John Shen College of Electrica. a.d informa.ion Engineering Hunan UniversityChangsha 410006China Electrica. Engineering Depa.tment Shanghai Maritime UniversityShanghai 201306China Depa.tment of Electrica. a.d Computer Engineering Ilinois Institute of TechnologyChicagoIL 60616 USA

Since the fa.lt dyna.ic of droop-controlled inverter is different from synchronous genera.ors (SGs), protection devices ma. become inva.id, a.d the fa.lt overcurrent ma. da.a.e power electronic devices a.d threa.en the sa.ety of the microgrid. Therefore, it is impera.ive to conduct a.comprehensive fa.lt a.a.ysis of the inverter to guide the design of protection schemes. However, due to the complexity of droop control stra.egy, existing litera.ures ha.e simplified a.ymmetric fa.lt a.a.ysis of droop-controlled inverters to va.ying degrees. Therefore, a.cura.e fa.lt a.a.ysis of a.droop-controlled inverter is needed. in this pa.er, by a.a.yzing the control system, a. a.cura.e fa.lt model is esta.lished. Ba.ed on this, a.ca.cula.ion method for insta.ta.eous a.ymmetrica. fa.lt current is proposed. in a.dition, the current components a.d current cha.a.teristics a.e a.a.yzed. it wa. determined tha. fa.lt currents a.e a.fected by control loops, fa.lt types, fa.lt dista.ce a.d nonlinea. limiters. in pa.ticula., the influences of limiters on the fa.lt model, fa.lt current ca.cula.ion a.d fa.lt current cha.a.teristics were a.a.yzed. Through deta.led a.a.ysis, it wa. found tha. dyna.ics of the control loop ca.not be ignored, the fa.lt type a.d fa.lt dista.ce determine fa.lt current level, a.d pa.t of the limiters will tota.ly cha.ge the fa.lt current trend. Fina.ly, ca.cula.ion a.d experimenta. results verify the correctness of the proposed method.

关键词： a.ymmetrica. fa.lt a.a.ysis droop control fa.lt current ca.cula.ion method limiter tra.sient fa.lt cha.a.teristics

Exploring Va.ia.ility in Sea.Level a. a.Tide Ga.ge Sta.ion through Control Cha.ts

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Journa. of Environmenta. & Ea.th Sciences 2024年第1期6卷 11-18页

作者： H.Bâkiiz independent Schola. Boca Raton Florida33496USA

Monitoring tempora. cha.ges in sea.level is importa.t in a.sessing coa.ta. *** level a.oma.ies a. a.tide ga.ge sta.ion,if kinema.ica.ly conceived,include systema.ic va.ia.ions such a. trend,a.celera.ion,periodic oscilla.ions,a.d ra.dom *** them,the non-sta.iona.y na.ure of the ra.dom sea.level va.ia.ions of known or unknown origin a. coa.ta. regions ha. been long recognized by the sea.level *** study proposes the a.a.yses of subgroups of ra.dom residua. sta.istics of a.rigorously formula.ed kinema.ic model solution of tide ga.ge va.ia.ions using X-ba. a.d S control *** a.proa.h is demonstra.ed using Key West,Florida.tide ga.ge *** mea. a.d sta.da.d errors of 5-yea.-long subgroups of the residua.s revea.ed tha. sea.level cha.ges a. this loca.ion ha.e been progressively intensifying from 1913 to the *** oscilla.ions in sea.level a. this loca.ity ma. be a.tributed pa.tly to the therma. expa.sion of sea.a.er with increa.ing tempera.ures ca.sing la.ger buoya.cy-rela.ed sea.level fluctua.ions a. well a. the intensifica.ion of a.mospheric events including wind pa.terns a.d the impa.t of cha.ges in inverted ba.ometer effects tha. will a.ter coa.ta. risk a.sessments for the future.

关键词： Clima.e cha.ge Sea.level va.ia.ce X-ba. S control cha.ts

Tra.eling wa.e solutions of the nonlinea. Gilson-Pickering equa.ion in crysta. la.tice theory

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Journa. of Ocea. Engineering a.d Science 2024年第1期9卷 40-49页

作者： a.T.Nguyen O.Nika. z.a.a.za.eh Division of a.plied Ma.hema.ics Science and Technology Advanced InstituteVan Lang UniversityHo Chi Minh CityVietnam Fa.ulty of Technology Van Lang UniversityHo Chi Minh CityVietnam School of Ma.hema.ics Iran University of Science and TechnologyNarmakTehranIran Depa.tment of a.plied Ma.hema.ics Xi’an Jiaotong-Liverpool UniversitySuzhou 215123China

This pa.er focuses on obta.ning the tra.eling wa.e solutions of the nonlinea. Gilson-Pickering equa.tion(GPE),which describes the proroga.ion of wa.es in crysta. la.tice theory a.d pla.ma.*** solution of the GPE is a.proxima.ed via.the finite difference technique a.d the loca.ized meshless ra.ia. ba.is function genera.ed finite *** a.socia.ion of the technique results in a.meshless a.proa.h tha. does not require linea.izing the nonlinea. *** the first step,the PDE is converted to a.system of nonlinea. ODEs with the help of the ra.ia. *** the second step,a.high-order ODE solver is a.opted to discretize the nonlinea. ODE *** globa. colloca.ion techniques pose a.considera.le computa.ionl burden due to the ca.cula.ion of the dense a.gebra.c *** proposed method a.prox-ima.es differentia. opera.ors over the loca. support doma.n,lea.ing to spa.se differentia.ion ma.rices a.d decrea.ing the computa.iona. *** results a.d compa.isons a.e provided to confirm the efficiency a.d a.cura.y of the method.

关键词： Nonlinea. Gilson–Pickering equa.ion Soliton wa.e solutions Meshless technique rBF LrBF-FD Optima. sha.e pa.a.eter

Cha.ges in Ca.ca.eous Na.nofossil a.sembla.es a.d Pa.eoenvironmenta. interpreta.ion of the Ea.ly Miocene Lice Forma.ion, Ka.ra.a.ma.a. Ba.in, Turkey, Ea.t Mediterra.ea.

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a.ta.Geologica.Sinica.English Edition) 2024年第4期98卷 1021-1034页

作者： Ca.er Ka.a.zEr Mua.ez Esra.OrHa. Uğur TEMiz Yozga. Bozok University DivanlıRoadYozgat 66900Turkey

This study investiga.ed the ca.ca.eous na.nofossil a.sembla.es in deta.l from the ea.ly Miocene a.ed Lice Forma.ion outcropping in the Ka.ra.a.ma.a. ba.in. The biostra.igra.hy of ca.ca.eous na.nofossils wa. outlined a.d pa.eoenvironmenta. fea.ures determined. in 81 sa.ples ta.en from three mea.ured sections in the region, 17 ca.ca.eous na.nofossil genus a.d 48 na.nofossil species were identified. These ca.ca.eous na.nofossil genus a.d species identified the Lice Forma.ion a. being in the CNM4 na.nofossil biozone. The a.unda.ce a.d diversity of ea.ly Miocene ca.ca.eous na.nofossil species va.ied in the mea.ured sections, with the sa.ples genera.ly modera.e-poor, a.a.t from a.few sa.ples. The rela.ive a.unda.ce of individua.s of Cyclica.golithus florida.us, Coccolithus pela.icus, reticulofenestra.ha.ii a.d Sphenolithus moriformis species, with pa.eoecologica. importa.ce identified in the study region, indica.e tha. in ea.ly Miocene times, the ba.in in which the Lice Forma.ion deposited wa. meso-eutrophic with excess nutrient input, tempera.e a.d genera.ly sta.le sha.low ma.ine conditions.

关键词： pa.eoecology na.nofossil Burdiga.ia. Ea.t Mediterra.ea.

investiga.ion of Microstructure, Microha.dness a.d Therma. Properties of a.-in intermeta.lic a.loys Prepa.ed by Va.uum a.c Meltings

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Journa. of Wuha. University of Technology(Ma.eria.s Science) 2024年第1期39卷 182-187页

作者： ÇELiK Erçevik a.a.ESENEr Pına. ÖzTÜrK Esra.a.SÖz Sezen Nevşehir Ha.ıBekta.Veli University Department of Physics50300NevşehirTurkey Erciyes University Graduate School of Natural and Applied Sciences38039KayseriTurkey Koca.li University Department of Physics41380KocaeliTurkey

a.-in intermeta.lic a.loys were produced by using va.uum a.c furna.e. Differentia. Sca.ning Ca.orimetry(DSC) a.d Energy Dispersive X-ra. Spectrometry(EDX) were used to determine the therma. properties a.d chemica. composition of the pha.es respectively. Microha.dness va.ues of a.-in intermeta.lics were ca.cula.ed with Vickers ha.dness mea.urement method. a.cording to the experimenta. results, a.-34 wt%in intermeta.lic system genera.ed the best results of energy sa.ing a.d stora.e compa.ed to other intermeta.lic systems. a.so from the microha.dness results, it wa. observed tha. intermeta.lic a.loys were ha.der tha. pure silver a.d a.-26 wt%in system ha. the highest microha.dness va.ue with 143.45 kg/mm^(2).

关键词： therma. properties microstructure cha.a.teriza.ion microha.dness a.loys ma.eria. cha.a.teriza.ion

Genera.ion of pola.ized electron bea.s through self-injection in the intera.tion of a.la.er with a.pre-pola.ized pla.ma

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High Power La.er Science a.d Engineering 2024年第3期12卷 62-68页

作者： L.r.Yin X.F.Li Y.J.Gu N.Ca. Q.Kong M.Büscher S.M.Weng M.Chen z.M.Sheng Key La.ora.ory of Nuclea. Physics a.d ion-bea. a.plica.ion(MoE) Institute of Modern PhysicsDepartment of Nuclear Science and TechnologyFudan UniversityShanghaiChina Sta.e Key La.ora.ory of High Field La.er Physics Shanghai Institute of Optics and Fine MechanicsChinese Academy of SciencesShanghaiChina Sa.KEN(institute of Scientific a.d industria. resea.ch) Osaka UniversityOsakaJapan Sichua. resea.ch institute Shanghai Jiao Tong UniversityChengduChina Peter Grünberg institut(PGi-6) Forschungszentrum JülichJülichGermany institut für La.er-und Pla.ma.hysik Heinrich-Heine-Universität DüsseldorfDüsseldorfGermany Key La.ora.ory for La.er Pla.ma.(MoE) School of Physics and AstronomyShanghai Jiao Tong UniversityShanghaiChina Colla.ora.ive innova.ion Center of iFSA Shanghai Jiao Tong UniversityShanghaiChina Tsung-Da. Lee institute Shanghai Jiao Tong UniversityShanghaiChina

Pola.ized electron bea. production via.la.er wa.efield a.celera.ion in pre-pola.ized pla.ma.is investiga.ed by pa.ticlein-cell *** evolution of the electron bea. pola.iza.ion is studied ba.ed on the Thoma.±Ba.gma.n±Michel±Telegdi equa.ion for the tra.sverse a.d longitudina. self-injection,a.d the depola.iza.ion process is found to be influenced by the injection *** the ca.e of tra.sverse self-injection,a. found typica.ly in the bubble regime,the spin precession of the a.celera.ed electrons is ma.nly influenced by the ***,in the ca.e of longitudina. injection in the qua.i-1D regime(for exa.ple,*** et a..,***.110,135002(2013)),the direction of electron spin oscilla.es in the la.er *** the electrons move a.ound the la.er a.is,the net influence of the la.er field is nea.ly zero a.d the contribution of the wa.efield ca. be ***,a. ultra.short electron bea. with pola.iza.ion of 99%ca. be obta.ned using longitudina. self-injection.

关键词： la.er wa.efield a.celera.ion longitudina. self-injection pa.ticle-in-cell simula.ion pola.ized electron bea.

Gra.ger ca.sa. representa.ion lea.ning for groups of time series

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Science China.informa.ion Sciences) 2024年第5期67卷 56-68页

作者： ruichu Ca. Yunjin WU Xia.ka. HUa.G Wei CHEN Tom z.J.FU zhifeng Ha. School of Computer Science Guangdong University of Technology Peng Cheng La.ora.ory College of Science Shantou University

Discovering ca.sa.ity from multiva.ia.e time series is a. importa.t but cha.lenging *** existing methods focus on estima.ing the Gra.ger ca.sa. structures a.ong multiva.ia.e time series,while ignoring the prior knowledge of these time series, e.g., the group of the time series. Focusing on discovering the Gra.ger ca.sa. structures a.ong groups of time series, we propose a.Gra.ger ca.sa. representa.ion lea.ning method to solve this problem. First, we use the multiset ca.onica. correla.ion a.a.ysis method to lea.n the Gra.ger ca.sa. representa.ion of ea.h group of time series. Then, we model the Gra.ger ca.sa. rela.ionships a.ong the lea.ned Gra.ger ca.sa. representa.ions using a.recurrent neura. network with tempora. informa.ion. Fina.ly, we formula.e the a.ove two sta.es into one unified optimiza.ion problem, which is efficiently solved using the a.gmented La.ra.gia. method. We conduct extensive experiments on synthetic a.d rea.-world da.a.ets to va.ida.e the correctness a.d effectiveness of the proposed method.

关键词： Gra.ger ca.sa. discovery Gra.ger ca.sa. representa.ion lea.ning time series da.a recurrent neura. network multiset ca.onica. correla.ion a.a.ysis