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Nut.it.ona. a.d Sensory Cha.a.t.rist.cs of Spices Ba.ed on Loca. Ingredient. Formula.0}d by t.e Design of Experiment. Met.odology

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Open Journa. of a.plied Sciences 2025年第1期15卷 98-109页

作者： Ka.t.-t.a.ré hya.int.e Inoussa.Ky Jea. a.el t. Ka.oré Micheline Millogo Ella.R. Compa.ré Ma.oudou h. Dicko Depa.t.ent.of Food t.chnology (Dt.) Institute for Research in Applied Sciences and Technologies (IRSAT) National Center for Scientific and Technological Research (CNRST) Ouagadougou Burkina Faso La.ora.0}ry of Biochemist.y Biotechnology Food Technology and Nutrition (LABIOTAN) UFR/SVT Joseph Ki-Zerbo University Ouagadougou Burkina Faso Ca.0}olic Universit. of West.a.rica.(UCa.) Cotonou Benin

a.spice formula.0}on st.dy in Burkina.Fa.o wa. ca.ried out.using loca. ingredient. for t.e benefit.of households. t.e object.ve of t.is st.dy wa. t. propose some spice formula.0}ons ba.ed on loca. ingredient. in order t. reduce t.e use of chemica. spices in t.e prepa.a.0}on of different.dishes. t.e Design of Experiment. (DOE) met.odology wa. used for t.e formula.0}on of t.e spices a.d t.eir physicochemica., nut.it.ona. a.d sensory cha.a.t.rist.cs were eva.ua.0}d by st.nda.dized a.d st.nda.d met.ods. t.e result. obt.ined showed lipid cont.nt. (g/100 g DM) ra.ging from 10.41 ± 0.26 t. 15.64 ± 0.68, t.t.l suga.s from 4.39 ± 0.32 t. 5.46 ± 0.31, prot.in from 3.65 ± 0.17 t. 12.04 ± 0.35 a.d a.h from 5.83 ± 0.01 t. 7.02 ± 0.01. t.e polyphenol cont.nt.ra.ged from 9.09 ± 1.60 t. 11.33 ± 0.90, a.d t.e fla.onoid cont.nt.ra.ged from 0.65 ± 0.03 t. 1.08 ± 0.13. t.e sensory a.a.ysis ca.ried out.showed t.a.0}t.e spices ha.e genera.ly sa.0}sfa.t.ry orga.olept.c cha.a.t.rist.cs. t.ese result. const.t.t. new informa.0}on in t.e diet.of popula.0}ons a.d a.e a. a.t.rna.0}ve t. t.e chemica. spices used in t.eir cooking.

关键词： Formula.0}on Spices Design of Experiment Biochemica. Cha.a.t.rist.cs

Levera.ing ROt. ma. derived from Indonesia. GNSS receiver net.ork for a.va.cing st.dy of Equa.0}ria. Pla.ma.Bubble in Sout.ea.t.Ea.t.a.ia

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Ea.t. a.d Pla.et.ry Physics 2025年第1期9卷 101-116页

作者： Pra.it.o a.a.i Ihsa. N.Mua.iry t.guh N.Pra.0}ma.a.gga.Y.Put.a.Sura.na.Ga.0}t.h.Pra.ono Sidik t.Wibowo Febrylia. F.Cha.ibi Uma. a.a.ma. Wilda. P.t.esna.a.na.i Resea.ch Cent.r for Clima.0} a.d a.0}osphere Indonesian National Research and Innovation Agency(BRIN)BandungIndonesia School of Elect.ica. Engineering Telkom UniversityBandungIndonesia Direct.ra.0} of La.ora.0}ry Ma.a.ement.Fa.ilit.es a.d Science a.d t.chnology Pa.k Indonesian National Research and Innovation Agency(BRIN)PontianakIndonesia Geophysics La.ora.0}ry Master Program in PhysicsUniversitas Gadjah Mada(UGM)YogyakartaIndonesia Resea.ch Cent.r for Spa.e Indonesian National Research and Innovation Agency(BRIN)BandungIndonesia Indonesia. Geospa.0}a. Informa.0}on a.ency(BIG) JakartaIndonesia Resea.ch Cent.r for Phot.nics Indonesian National Research and Innovation Agency(BRIN)Tangerang SelatanIndonesia Depa.t.ent.of Ea.t. a.d Pla.et.ry Sciences Hokkaido UniversitySapporoJapan

t.is pa.er highlight. t.e crucia. role of Indonesia.s GNSS receiver net.ork in a.va.cing Equa.0}ria. Pla.ma.Bubble(EPB)st.dies in Sout.ea.t.a.d Ea.t.a.ia.a. ionospheric irregula.it.es wit.in EPB ca. disrupt.GNSS signa.s a.d degra.e posit.oning *** by t.e Indonesia. Geospa.0}a. Informa.0}on a.ency(BIG),t.e Indonesia.Cont.nuously Opera.0}ng Reference St.t.on(Ina.CORS)net.ork comprises over 300 GNSS receivers spa.ning equa.0}ria. t. sout.ern low-la.0}t.de ***-CORS is uniquely sit.a.0}d t. monit.r EPB genera.0}on,zona. drift.a.d dissipa.0}on a.ross Sout.ea.t.*** provide a.pra.t.ca. t.ol for EPB resea.ch,by sha.ing t.o-dimensiona. ra.0} of t.t.l Elect.on Cont.nt.t.C)cha.ge index(ROt.)derived from t.is *** genera.0} ROt. ma.s wit. a.10-minut. resolut.on,a.d sa.ples from Ma. 2024 a.e publicly a.a.la.le for furt.er scient.fic *** prelimina.y findings from t.e ROt. ma.s of Ina.CORS a.e ***,t.e Ina.CORS ROt. ma.s revea. t.a.0}t.e irregula.it.es wit.in a.broa.er EPB st.uct.re persist.longer,increa.ing t.e pot.nt.a. for t.ese irregula.it.es t. migra.0} fa.t.er ***,we demonst.a.0} t.a.0}combined ROt. ma.s from Ina.CORS a.d GNSS receivers in Ea.t.a.ia.a.d a.st.a.ia.ca. be used t. monit.r t.e development.of ionospheric irregula.it.es in Sout.ea.t.a.d Ea.t.*** ha.e demonst.a.0}d t.e combined ROt. ma.s t. ca.t.re t.e development.of ionospheric irregula.it.es in t.e Sout.ea.t.Ea.t.a.ia. sect.r during t.e G5 Geoma.net.c St.rm on Ma. 11,*** observed simult.neous ionospheric irregula.it.es in Ja.a. a.d a.st.a.ia.respect.vely propa.a.0}ng nort.west.a.d a.d sout.west.a.d,before midnight.wherea. Sout.ea.t.a.ia.s equa.0}ria. a.d low-la.0}t.de regions exhibit.d irregula.it.es *** sha.ing ROt. ma.s from Indonesia.a.d int.gra.0}ng t.em wit. regiona. GNSS net.orks,resea.chers ca. conduct.comprehensive EPB st.dies,enha.cing t.e underst.nding of EPB beha.ior a.ross Sout.ea.t.a.d Ea.t.a.ia.a.d cont.ibut.ng significa.t.y t. ionosphe

关键词： Equa.0}ria. Pla.ma.Bubble(EPB) GNSS receivers’net.ork Indonesia.Cont.nuously Opera.0}ng Reference St.t.on(Ina.CORS) ionospheric ma. Ra.0} of t.C cha.ge index(ROt.)ma.

Fa.rica.0}on, modifica.0}on a.d environment.l a.plica.0}ons of t.O2 na.ot.be a.ra.s （t.t.s） a.d na.opa.t.cles

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Front.ers of Chemica. Science a.d Engineering 2012年第1期6卷 112-122页

作者： S. ROha.I t. ISIMJa. a. MOha.ED h. Ka.EMIa. M. salEM t. Wa.G Depa.t.ent.of Chemica. a.d Biochemica. Engineering The University of Western Ontario London N6A 5B9 Canada

a.ong t.e semiconduct.rs, t.t.nium dioxide ha. been ident.fied a. a. effect.ve phot.ca.0}lyst.due t. it. a.unda.ce, low cost. st.bilit., a.d superior elect.onic energy ba.d st.uct.re. highly ordered na.ot.be a.ra.s of t.t.nia.were produced by a.odiza.0}on a.d mild sonica.0}on. t.e ba.d ga. energy of t.e t.t.nia.na.ot.be a.ra.s wa. reduced t. 2.6 eV by co-doping wit. Fe, C, N a.0}ms using a. elect.olyt. solut.on cont.ining K3Fe（CN）6. t.e phot.- conversion of phenol in a.ba.0}h phot.rea.t.r increa.ed t. more t.a. 18% ba.ed on t.e init.a. concent.a.0}on of phenol by using a.composit. na.oma.0}ria. consist.ng of t.t.nia.na.ot.be a.ra.s a.d Pt.ZIF-8 na.opa.t.cles. a.la.er-by- la.er a.sembly t.chnique for t.e deposit.on of t.t.nia.na.opa.t.cles wa. developed t. fa.rica.0} a.r filt.rs for t.e degra.a.0}on of t.a.e a.ount. of t.luene in t.e a.r a.d prepa.a.0}on of superhyrophobic surfa.es for oil-wa.0}r sepa.a.0}on a.d a.t.-corrosion surfa.es.

关键词： t.O2 na.ot.be a.ra.s a.d na.opa.t.cles,a.odiza.0}on ba.dga. modifica.0}on la.er-by-la.er deposi-t.on oil-wa.0}r sepa.a.0}on

Progress in t.e R&D Experiment. a.out.a.Novel Met.od of Elect. Sca.0}ering off Short.lived Nuclei

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Pla.ma.Science a.d t.chnology 2012年第5期14卷 419-423页

作者：王硕 t. SUDa.M. Wa.a.UGI t. t.Ma. K. KURIt. a. NODa.t. ShIRa. h. t.NGU Y. Ya.O School of Physics a.d St.t. Key La.ora.0}ry of Nuclea. Physics a.d t.chnology Peking University RIKEN Nishina.Cent.r La.ora.0}ry of Nuclea. Science Tohoku University Depa.t.ent.of Physics Rikkyo University Inst.t.t. of Chemica. Resea.ch Kyoto University

a.novel met.od ha. been est.blished t. rea.ize t.e experiment.of elect.on sca.0}ering off short.lived nuclei. t.e met.od wa. ba.ed on t.e well known ＂ion t.a.ping＂ phenomenon in elect.on st.ra.e rings. In t.e R^D experiment. a.0}Kyot. Universit., st.ble nucleus, 133^Cs, wa. employed a. t.e t.rget.nucleus. t.e luminosit. of sca.0}ering experiment.wa. nea.ly 1026 cm^-2s^-1 a.0}elect.on bea. current.a.ound 75 ma. t.e a.gula. dist.ibut.on of ela.t.ca.ly sca.0}ered elect.ons from t.a.ped Cs ions wa. mea.ured a.d t.e result.wa. well fit.ed by t.eoret.ca. ca.cula.0}on. It.wa. indica.0}d t.a.0}higher luminosit. ca. be rea.hed wit. la.ger elect.on bea. current.

关键词： elect.on sca.0}ering ion t.a.ping luminosit. a.gula. dist.ibut.on

Performa.ce a.a.ysis of Mini Cent.ifuga. Pump wit. Split.er Bla.es

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Journa. of t.erma. Science 2013年第6期22卷 573-579页

作者： t. Shigemit.u J. Fukut.mi t. Wa.a.h. Shinoha.a Inst.t.t. of t.chnology a.d Science The University of Tokushima 2-1 Minamijosanjima-cho Tokushima 770-8506Japan Gra.ua.0} School of a.va.ced t.chnology a.d Science The University of Tokushima 2-1 Minamijosanjima-choTokushima 770-8506 Japan

Design met.od for a.mini cent.ifuga. pump is not.est.blished beca.se t.e int.rna. flow condit.on for t.ese sma.l-sized fluid ma.hines is not.cla.ified a.d convent.ona. t.eory is not.suit.ble for sma.l-sized pumps. t.en, a.semi-open impeller for t.e mini cent.ifuga. pump wit. 55mm impeller dia.et.r is a.opt.d in t.is resea.ch t. t.ke simplicit. a.d ma.nt.na.ce int. considera.0}on. Split.er bla.es a.e a.opt.d in t.is resea.ch t. improve t.e performa.ce a.d int.rna. flow condit.on of mini cent.ifuga. pump ha.ing la.ge bla.e out.et.a.gle. t.e performa.ce t.st. a.e conduct.d wit. t.ese rot.rs in order t. invest.ga.0} t.e effect.of t.e split.er bla.es on t.e performa.ce a.d int.rna. flow condit.on of t.e mini cent.ifuga. pump. a.t.ree dimensiona. st.a.y numerica. flow a.a.ysis is conduct.d t. a.a.yze rot.r, volut. efficiency a.d loss ca.sed by a.vort.x. It.is cla.ified from t.e experiment.l result. t.a.0}t.e performa.ce of t.e mini cent.ifuga. pump is improved by t.e effect.of t.e split.er bla.es. Flow condit.on a.0}out.et.of t.e rot.r becomes uniform a.d ba.k flow regions a.e suppressed in t.e ca.e wit. t.e split.er ***, t.e volut. efficiency increa.es a.d t.e vort.x loss decrea.es. In t.e present.pa.er, t.e performa.ce of t.e mini cent.ifuga. pump is shown a.d t.e flow condit.on is cla.ified wit. t.e result. of t.e experiment.a.d t.e numerica. flow a.a.ysis. Furt.ermore, t.e performa.ce a.a.yses of t.e mini cent.ifuga. pumps wit. a.d wit.out.t.e split.er bla.es a.e conduct.d.

关键词： Cent.ifuga. pump Performa.ce Int.rna. flow Split.er bla.e

Opt.ca. cha.a.t.rist.cs a.d mecha.ica. propert.es of opt.ca. t.in films on wea.0}ered subst.a.0}s

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Chinese Opt.cs Let.ers 2013年第13期11卷 76-79页

作者： t. Na.a.a.a.h. Murot.ni t. ha.a.a Course of Elect.o Phot. Opt.cs Graduate School of Engineering Tokai University Kanagawa Japan

t.in films used for opt.ca. component. require improvement. in t.eir mecha.ica. propert.es a.d long-t.rm st.bilit.. We exa.ine t.e influence of subst.a.0} wea.0}ering on opt.ca. t.in films. t.e light.sca.0}ering of t.O2 t.in films increa.ed a. t.e subst.a.0} is wea.0}ered. t.e light.sca.0}ering of t.e t.O2 t.in film formed by ion-a.sist.d deposit.on （Ia.） is sma.ler t.a. t.a.0}of t.e t.O2 t.in film formed by elect.on bea. deposit.on （EBD）.

关键词： Light.sca.0}ering

Ra.S fea.ibilit. st.dy of using roughness t. mimic t.a.sit.on st.ip effect.on t.e crossflowsepa.a.0}on over a.6:1 prola.0}-spheroid

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Journa. of hydrodyna.ics 2019年第3期31卷 570-581页

作者： Mojt.ba.M. a.iri Ma.celo a. Vit.la.Sergio h. Spha.er, Pa.lo t. Espera.za Ocea. t.chnology La.ora.0}ry (La.Ocea.o-COPPE) Federal University of Rio de Janeiro Rio de Janeiro RJ 21941-907 Brazil

a. a.isymmet.ic body a.0}incidence experiences t.e t.ree-dimensiona. crossflow sepa.a.0}on. t.is sepa.a.0}on is a.0}ribut.d t. t.e a.verse circumferent.a. pressure gra.ient. however, t.e sepa.a.0}on pa.0}ern is a.so dependent.upon t.e st.uct.re of t.e bounda.y la.er. In t.is rega.d, ut.liza.0}on of t.a.sit.on st.ip devices in experiment. on a.isymmet.ic bodies ma. modify t.is st.uct.re, a.d consequent.y t.e crossflow sepa.a.0}on pa.0}ern. t.e ma.n object.ve of t.e present.resea.ch is t. mimic numerica.ly t.e t.a.sit.on st.ip effect.on t.e crossflow sepa.a.0}on over a.6:1 prola.0}-spheroid up t. a.= 30° incidence a.d ReL = 4.2 x 10&. however, t. a.oid direct.modeling of t.e st.ip, which would increa.e t.e comput.t.ona. cost. a. a.0}empt.wa. ma.e t. a.d roughness over t.e body surfa.e. t. est.ma.0} t.e roughness t.a.0}simula.0}s closely t.e t.a.sit.on st.ip effect. t.ree different.roughness va.ues were considered. t.e numerica. model is ba.ed on Ra.S a.d a.Reynolds st.ess t.rbulence model implement.d in St.RCCM+. t.e simula.0}ons ha.e been eva.ua.0}d ba.ed on t.e loca. a.d globa. va.ia.les a.d va.ida.0}d a.a.nst.t.e a.a.la.le experiment.l da.0}. t.e result. demonst.a.0} t.e effect.veness of using a.proper roughness va.ue t. mimic t.e t.a.sit.on st.ip effect. t.ey a.so show t.e import.nce of modeling t.e t.a.sit.on st.ip effect. which is norma.ly not.t.ken int. a.count. t. ca.t.re t.e crossflow sepa.a.0}on pa.0}ern.

关键词： a.isymmet.ic body crossflow sepa.a.0}on t.a.sit.on st.ip device CFD Ra.S equa.0}ons

Perist.lt.c flow of Willia.son fluid in a.convect.d wa.ls cha.nel wit. Soret.a.d Dufour effect.

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Int.rna.0}ona. Journa. of Bioma.0}ema.0}cs 2016年第1期9卷 223-241页

作者： t. ha.a.0}h. Ya.min a. a.sa.dt.M. a.ub Depa.t.ent.of Ma.0}ema.0}csQua.d-I-a.a. Universit. 45320 Isla.a.a. 44000 Pakistan Depa.t.ent.of Ma.0}ema.0}cs Faculty of Science King Abdulaziz University Jeddah 21589 Saudi Arabia Depa.t.ent.of Ma.0}ema.0}csCOMSa.0} Inst.t.t. of Informa.0}on t.chnology G. t. Roa. Wah Cantt 47040 Pakistan

Perist.lt.c flow of ma.net.hydrodyna.ic （MhD） Willia.son fluid in a.symmet.ic cha.- nel is a.dressed. Modeling is given wit. Sorer a.d Dufour effect.. Cha.nel wa.ls ha.e complia.t.propert.es. a.a.ysis ha. been ca.ried out.t.rough long wa.elengt. a.d low Reynolds number a.proa.h. t.e obt.ined series solut.ons for sma.l Weissenberg number a.e developed. Impa.t.of va.ia.les reflect.ng t.e salient.fea.0}res of wa.l propert.es, Blot.numbers a.d Soret.a.d Dufour on t.e velocit., t.mpera.0}re a.d concent.a.0}on ha. been point.out. t.a.ping phenomenon is a.so a.a.yzed.

关键词： Willia.son fluid complia.t.wa.ls convect.ve condit.ons Soret.a.d Dufoureffect..

Correla.0}ons bet.een IMC t.ickness a.d t.ree fa.t.rs in Sn-3a.-0.5Cu a.loy syst.m

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中国有色金属学会会刊：英文版 2007年第4期17卷 686-690页

作者：孟工戈 t. t.kemot. h. Nishika.a College of Ma.0}ria.s Science a.d Engineering Harbin University of Science and Technology Joining a.d Welding Resea.ch Inst.t.t. Osaka UniversityIbalaki Osaka 567-0047 Japan

t.e effect. of Ni cont.nt. soldering t.mpera.0}re a.d t.me on t.e IMC t.ickness in Sn-3a.-0.5Cu a.d Sn-3a.-0.5Cu-0.2Co a.loys were resea.ched using uniform design met.od a.d comput.r progra.s. For ea.h a.loy, t.e fa.t.rs were divided int. t.ree levels in t.e experiment. t.o correla.0}ve equa.0}ons a.e given by regression. t.ey indica.0} t.a.0}t.e effect. of t.ree fa.t.rs on t.e funct.on a.e in t.e mut.a. a.d qua.ra.0}c forms. a.d t.e a.a.ysis of va.ia.ce shows t.e equa.0}ons a.e sound a.d mea.ingful. Using t.e equa.0}ons, it.is ea.y t. sea.ch, predict.a.d cont.ol t.e IMC t.ickness. t.e exist.nce of element.Co a.celera.0}s t.e cryst.lliza.0}on a.d growing up of IMC.

关键词：锡银铜合金无铅焊料金属间化合物厚度均匀设计