磁化水的磁化机理研究副本

ActaPhys．Sin．Vol．60No．620110647012011ChinesePhysicalSocietyhttp//wulixb．iphy．ac．cn064701-1*07100220107212010928．、．．、、．200mT．．．PACS47.65.Cb75.50.Mm68.03.Cd33.15.Fm*A2008000560．[e-mail]1.20．80．、、、、pH123—5．、、、、1—4．31—6．．、、．2．2.1.、A2010.001mN/mSV-101%DA-520±0.00002g/cm3±0.02℃5×10－6g/cm3．2.2.、ActaPhys．Sin．Vol．60No．62011064701064701-2．24h．2.3.200ml．、．、．55．3.3.1.23℃200mT20mT60min．αNαMΔα=αM－αN、Δα/αNB1．11αM．204.53mT232.23mT309.84mT345.98mT394.24mT410.72mT323.90mT13.34%232.23mT309.84mT345.98mT394.24mT293.78mT14.68%．10%—15%．3.2.24h200mTαMηM250300mT25℃23．225．200mT35min400mT50min．35200mT12min．3.3.25℃45．ActaPhys．Sin．Vol．60No．62011064701064701-334400mT9min400mT50min．5200mT50min．43.4.24h25℃1200mT20mT10min56．2250mT5min、7—9．66．7—9、．．ActaPhys．Sin．Vol．60No．62011064701064701-47894.4.1．2050DuncanPople72410O—H228．910NartenX．8XH2OH2OXX=234…．1．．Pauling1940O—H462.75kJ·mol－1H…O5.4—18.8kJ·mol－1．、．、8．．、、ActaPhys．Sin．Vol．60No．62011064701064701-510．．、、11—13．．4.2．4.2.1.．14．15315．．．106m/s．4.2.2.、16—20、．．．．8、．4℃0—4℃4℃．21．0—4℃4℃21．21．ActaPhys．Sin．Vol．60No．62011064701064701-6．．21．7—9．7—9t=010min10min．7—925℃t=0、．t=0t≈10mint≈10min．t≈10mint≈20min．t≈20mint≈30mint≈30min．．．23．5min．457—9、．2435．5.1、、．200mT．．．．2．ActaPhys．Sin．Vol．60No．62011064701064701-73．1ChoYILeeSH2005Int．Commun．Heat．Mass．3212ShimokawaSYokonoTMizunoTTamuraHErataTAraisoT2004Jpn．J．Appl．Phys．435453PangXFDengB2008Sci．China．Ser．GPhys．Mech．Astron．381205inChinese、2008G3812054ChenJZZhouYLGuoQLHuaiSFWeiYH2008Spectroscop．Spectr．Anal．281923inChinese、、、、20082819235ZhuYBYanLSCaoZXWenLFChenZZ1999J．HunanUniv．Nat．Sci．Ed．2621inChinese、、、、199926216KochmarskyV1996Magn．Electric．Separ．77777DuncanABFPopleJA1953Trans．Faraday．Soc．492178ZhouGDDuanLY2002StructuralChemistryBeijingBeijingUniversityPressp223inChinese、20022239AtkinsPW1978PhysicalChemistryOxfordUniversitypressp77310BuschKWBuschMADarlingREMaffardSKubalaSW1997Ichen．E7510511GrigorievaOVKovalchukNMGrigorievDO2004Colloid．Surf．A25014112ShevkunovSVVegiriA2002J．Mol．Struct．Theochem．5931913PanYFLiangJSOuXQMengJPLiangGCMingX2006J．Chin．Ceram．Soc．34580inChinese、、、、、20063458014ZhaoKHChenXM2006ProjectPhysicsElectromagnetismofNewConceptBeijingHigherEducationPressp256inChinese、200625615KlassenVIMaoJFLiuMQWangHY1982TranslatedbyMagnetizedWaterBeijingChinaMetrologyPublishingHousep12inChinese、、1982inChinese1216WangXLXuGY1992Physics21113inChinese、19922111317LiuFLJiangFL1997J．SichuanNormalUniv．Nat．Sci．Ed．20127inChinese、19972012718ZhangJLiuB2002J．QingdaoUniv．1546inChinese、2002154619YangMLiuWXuGL2007Chem．Industr．Times2114inChinese、、2007211420ZhaoZB2008J．LiaoningTechnicalUniv．Nat．Sci．Ed．27192inChinese20082719221QinYH2004ThermologyBeijingHigherEducationPressp284inChinese2004284ActaPhys．Sin．Vol．60No．62011064701064701-8Magnetizationmechanismofmagnetizedwater*DingZhen-RuiZhaoYa-JunChenFeng-LingChenJin-ZhongDuanShu-XingCollegeofPhysicsScienceandTechnologyHebeiUniversityBaoding071002ChinaReceived21July2010revisedmanuscriptreceived28September2010AbstractThephysicalpropertiesofthreedifferentkindsofwaterundertheactionofanelectromagneticfieldandstirringarestudied．Theresultshowsthatthesurfacetensioncoefficienttheviscosityandthedensityofwatersignificantlychangewithmagneticinductionintensityandmagnetizationtime．Thisexperimentallawhasalsobeenreportedinmanyotherpapersbuthasnotyetbeenexplained．Inthepresentpaperaccordingtothemolecularstructureofwaterandcharacteristicsofhydrogenbondwefurtherstudythemechanismofmagnetizedwaterwiththetheoriesofthermologyelectromagnetismandstructuralchemistryandalsoinvestigatemoreextremephenomenaaboutsurfacetensioncoefficientviscosityanddensityofmagnetizedwater．Itisfoundthatthebreakingofalargenumberofhydrogenbondsisduetothefacttherelectronsstatesareaffectedbymagneticfieldorperturbationandthustheinteractionbetweenelectronsisinfluencedwhenthewatersolutionismagnetizedinafieldof200mTabove．Astheformationconditionsofhydrogenbondareeasilysatisfiedthebreakingandtheformingofthehydrogenbondoftheliquidwatercoexisteatacertaintemperatureandtheiroccurenceprobabilitiesarealternatedinmagnitudeinthemagnetizationprocessresultinginmoreextremephenomena．Thechangeextentofphysicalquantitywithrandomfluctuationdependsonthestrongorweakextentofthebreakingandtheformingofhydrogenbond．KeywordsmagnetizedwatermagnetizationmechanismsurfacetensioncoefficienthydrogenbondPACS47.65.Cb75.50.Mm68.03.Cd33.15.Fm*ProjectsupportedbytheHebeiProvincalNaturalScienceFoundationofChinaGrantNo．A2008000560．[e-mail]