简介:2月10日,佳能公司隆重推出全新的生产型打印设备CanonvarioPRINT135series系列,它的前身是在2012年1月上市的OcéVarioPrint?DPLine系列,该系列已经在中低容量专业级生产打印型设备,即打印速度在100~135ppm的黑白单页纸市场上取得了巨大成功。新系列产品更进一步强化了设计理念,并提供全新的后装订选购件和先进的功能,为客户提供更广阔的市场应用和解决方案。
简介:InthispaperthemethodofcombiningtheBursamodeltointegrateseveralregionaltimeseriestoderiveaunifiedglobaltimeseriesisintroducedindetail.Then,anexampletakenfromCMONOC(CrustalMovementObservationNetworkofChina)isusedtotestifthecombinationmethodisfeasible.Theprecisionoftheintegratedtimeserieswiththecombinationmethodisbelow2mm(North),3mm(East),thatissameastheresultsfromthedirectintegrationofthetimeseriesandtheprecisionofthebaselineisbelow6mm,whichprovesthatthecombinationmethodcanbeusedtointegrateseveralregionaltimeseriestoderiveaunifiedglobaltimeseries.
简介:AIM:Toreportthecytologyresultsof25-gaugetransconjunctival(25G-TSV)diagnosticvitrectomyincasessuspiciousforintraocularlymphoma(IOL),andcomparetheresultstothosereportedintheliterature.METHODS:Clinicalandcytopathologicalrecordsof18vitreousbiopsyspecimensobtainedvia25G-TSVdiagnosticvitrectomyin12patientssuspiciousforIOLwerereviewedretrospectively.Areviewoftheliteratureinregardstothediagnosticyieldsofvitreousspecimensobtainedvia25-gaugeand20-gaugediagnosticvitrectomyinsuspectedcasesofIOLwasperformed.RESULTS:Eighteeneyesfrom12patientswithclinicalsuspicionofIOLunderwentdiagnostic25G-TSV.ThecytopathologicalinvestigationsdemonstratedIOLin15eyes(83.3%).Vitreousanalysiswasnon-diagnosticin3eyes(16.7%).CONCLUSION:Twenty-five-gaugediagnosticvitrectomyyieldsadequatesampleforcytologicalevaluationofthevitreousincasessuspiciousforIOL.Thediagnosticresultsofthe25G-TSVinthecurrentstudyaresuperiortothosereportedfor20-gaugevitrectomybutequivalenttothosereportedfor25G-TSVinthepublishedliterature.
简介:Al-richmetapelitesfromtheMashankhondaliteseriesarecharacterizedbytheassemblageSpl+Grt+Sil+Crd+Bt+Pl(An72)+Kfs+Quartz+graphite.Largeamountsofspinel+quartzassemblagesoccurasinclusionsingarnetandprismaticsillimaniteintheAl-richmetapelitesoftheMashancomplex,NEChina.ThechemicalcompositionofspinelischaracterizedbyZn-rich(XZn=0.33–0.40.XZn=Zn/Zn+Mg+Fe*)(Fe*=Fe2++Fe3+)andFe3+rich(upto0.31p.f.u.).ThecharacteristicchemicalcompositionandthemineralassociationindicatedthattheformationofspinelandquartzassemblagemaybeduetothebreakdownofZn-richstaurolite.ThegeothermobarometersstudiesshowthatthepeaktemperatureoftheMashancomplexisaround820℃andthepeakpressuresis8.0kbar.TheMashancomplexshowsatypicalorogenstyleP-Tpath.