10 resultados para Warner, Frederick Maltby, 1865-1923. Governors--Michigan
em Chinese Academy of Sciences Institutional Repositories Grid Portal
Resumo:
N_(1923)(RNH_2)RNH_2LewisRNH_2RNH_2Ag~+Zn~(2+)Cd~(2+)Sc~(3+)RNH_2(ZnCl_2, Zn(SCN)_2, CdCl_2)RNH_21RNH_2AgNO_3RNH_2AgNO_32RNH_(2(0)) + Ag~+ + NO_3~- <-> (RNH_2)_2AgNO_(3(0))IRNMR2RNH_3NO_3AgNO_3RNH_2RNH_3NO_3Ag(I)Ag(I)AgS_2O_3~-Ag(S_2O_3)_2~(3-)AgS_2O_3~-/Ag(S_2O_3)_2~(3-)NO_3~-RNH_3NO_3S_2O_3~(2-)IRS_2O_3~(2-)3RNH_2ZnCl_2RNH_2ZnCl_2pHRNH_2ZnCl_22RNH_(2(0)) + ZnCl_2 <-> (RNH_2)_2ZnCl_(2(0))1/D = 2/(C_(RMH_(2(o)))) X + (1 + from i = 1 to 4 of _i C_(cl~-)~i)/(K C_(cl~-)~2 C_(RNH_(2(0))) (XZn~(2+)) ([HCl] = 2.8 M)RNH_2ZnCl_2(RNH_3Cl)_(3(0)) + ZnCl_2 <-> (RNH_3Cl)_2ZnCl_(2(0))4RNH_2ZnBr_2, ZnI_2RNH_2ZnBr_2ZnI_2pH, RNH_2ZnCl_2ZnBr_2, ZnI_22RNH_(2(0)) + ZnX_2 <-> (RNH_2)_2ZnX_(2(0)) (x~- = Br~-, I~-) RNH_2RNH_2RNH_2ZnX_2ZnI_2 > ZnBr_2 > ZnCl_2 5RNH_2Zn(SCN)_2 Zn(SCN)_2RNH_2RNH_3NO_3Zn(II)RNH_2Zn(SCN)_22RNH_(2(0)) + Zn(SCN)_2 <-> (RNH_2)_2Zn(SCN)_(2(0)) RNH_3NO_3Zn(SCN)_4~(2-)(RNH_3NO_3)_(2(0)) + Zn(SCN)_4~(2-) <-> (RNH_3)_2Zn(SCN)_(4(0)) + 2NO_3~- RNH_2RNH_3NO_3Zn(II)6RNH_2CdCl_2Cd(II) RNH_2RNH_3ClCdCl_23RNH_(2(o)) + CdCl_2 <-> (RNH_2)_3CdCl_(2(0)) (RNH_3Cl)_(3(o)) + CdCl_2 <-> (RNH_3Cl)_3CdCl_(2(0))RNH_2CdBr_2, CdI_2, Cd(SCN)_2(RNH_2)_2CdX_2 (X~- = Br~-, I~-, SCN~-)CdX_2Cd(NO_2)_2 < CdCl_2 < CdBr_2 < Cd(SCN)_2 < CdI_2CdX_2X~-Cd(II)7RNH_2Sc_2(SO_4)_3 RNH_2Sc~(3+)1.25[(RNH_3)_2SO_4]_(2(0)) + Sc(SO_4)_3~(3-) <-> (RNH_3)_3Sc(SO_4)_3(RNH_3)_2SO_(4(0)) + 1.5SO_4~(2-)IRSO_4~(2-)Sc~(3+)RNH_2Zn(II)-Cd(II)
Resumo:
R-NH_2HXRNH_3X-NH_2RNH_2N_(1923)N_(1923)IIIFeIIIZn IICdIIAgIScIIIN_(1923)TiIVHgCl_2Hg(CH_3COO)_2Cu(CH_3COO)_2N_(1923)N_(1923)N_(1923)HgCl_2 pH3-4.5Cl~-N_(1923)HgCl_2HgIIRNH_2HgCl_2RHN_(2(0)) + HgCl_2 <-> Hg(RNH_2)Cl_(2(0))Cl~-2RNH_3Cl_((0)) + HgCl_2 <-> (RNH_3Cl)_2HgCl_(2(0))2RNH_3Cl_((0)) + HgCl_4~(2-) <-> (RNH_3)_2HgCl_(4(0)) + 2Cl~-H = -48.82 KJ/molIRNMRN_(1923)Hg(CH_3COO)_2 HgCl_2Hg(CH_3COO)_2RNH_(2(0)) + Hg(CH_3CCO)_2 <-> Hg(RNH_2)(CH_3COO)_(2(0)) (CH_3COONH_3R)_(2(0)) + Hg(CH_3COO)_2 <-> (CH_3COONH_3R)_2Hg(CH_3COO)_(2(0))11.858.11N_(1923)Cu(CH_3COO)_2 RNH_2CuIIRNH_2Cu(Oh_3coo)_22RNH_(2(0)) + Cu(CH_3COO)_2 <-> Cu(RNH_2)_2(CH_3COO)_(2(0))IRCu(RNH_2)_2(CH_3COO)_2(RNH_3)_2SO_4TiIV pH0.84H_2SO_4N_(1923)TiIV3(RNH_3)_2SO_(4(0)) + Ti(OH)_3~+ + SO_4~(2-) <-> 2(RNH_3)_3Ti(OH_3)(SO_4)_(2(0))N_(1923)(RNH_3)_3Ti(OH)_3(SO_4)_2NMRIRNMRD_2ONMRIRSO_4~(2-)TiIV10.15H = 66.49 KJ/molGN_(1923) N_(1923)1Hg(II)2Hg(II)Zn(II)Cd(II)CH_3COOH3CH_3COOHCu(II)Co(II)Ni(II)4H_2SO_4(RNH_3)_2SO_4Ti(IV)-Fe(II)
Resumo:
1234N_(1923)Zn(II)Cd(II)Re(III)N_(1923)ZnCl_2CdCl_2Zn(SCN)_2N_(1923)HPMBPREIIIN_(1923)Sc(III)N_(1923)(TBP, DBBP)Zn(II)Cd(II)1. N_(1923)TBPDBBPZnCl_2 N_(1923)TBPDBBPZnCl_2(RNH_3Cl)_3ZnCl_2B(RNH_3Cl)_2ZnCl_2B (B = TBPDBBP)ZnCl_2 + (RNH_3Cl)_3_((o)) + TBP_((o)) ~(K_(12)(TBP) (RNH_3Cl)_3ZnCl_3ZnCl_2TBP_((o)) ZnCl_2+Z/3(RNH_3Cl)_(3(o)) + DBBP_((o)) (RNH_3Cl)_2 ZnCl_2DBBP_((o))(RNH_3Cl)_3ZnCl_(2(o)) + TBP_((o))~(B_(12)(TBP) (RNH_3Cl)_3ZnCl_2TBP_((o)) (RNH_3Cl)_3ZnCl_(2(o)) + DBBP_((o)) ~(B_(12)(DBBP) (RNH_3Cl)_2ZnCl_2DBBP_((o)) + RNH_3Cl_((o))Zn(II)DBBP>TBPDD_1/DD_IRNMR2.N_(1923)TBPZn_(SCN)_2N_(1923)TBPZn(SCN)_2TBPZn(SCN)_2N_(1923)TBPZn(SCN)_2Zn(SCN)_23TBP. (RNH_3)_2Zn(SCN)_4TBP,Zn(SCN)_4~(2-) + (RNH_3NO_3)_(2(o)) + TBP_((o)) (RNH_3)_2Zn(SCN)_4TBP_((o)) + 2NO_3~-(RNH_3)_2Zn(SCN)_(4(o)) + TBP_((o)) ~(B'12) (RNH_3)_2Zn(SCN)_4TBP_((o)) (a) (RNH_3NO_3)_(2(o)) + Zn(SCN)_23TBP_((o)) + 2SCN~-~("12)(RNH_3)Zn(SCN)_4TBP_((o))+2TBP_((o))+2NO_3~- (b) (RNH_3NO_3)_(2(o)) + (RNH_3)_2Zn(SCN)_(4(o)) + 2SCN~- + Zn(SCN)_2.3TBP_((o)) ~("12)R(RNH_3)_2Zn(SCN)_4.TBP_((o)) + 2NO_3~- + TBP_((o)) (c) "'_(12) > '_(12) > "_(12)cabSCN~- > Cl~_IR3. N_(1923)TBPDBBPCdIIN_(1923)TBPDBBPCd(II)(RNH_3Cl)_2CdCl_2BCdCl_2 + 2/3 (RNH_3Cl)_(3(o)) + B_((o)) ~(K_(12)) (RNH_3Cl)_2CdCl_2B_((o)) (RNH_3Cl_3)CdCl_2_((o)) + B_((o)) ~(BR)(RNH_3Cl)_2CdCl_2B_((o)) + RNH_3Cl_((o))Zn(II)Zn(II) > Cd(II)IRNMR. N_(1923)HPMBPREIIIN_(1923)HPMBPREIIIRE~(3+ = La~(3+), Pr~(3+), Eu~(3+), Gd~(3+), Tb~(3+), Er~(3+), Yb~(3+)Y~(3+)RNH_3Ln(PMBP)_4Pr(III)Ln~(3+) + 4HPMBP_((o)) + RNH_3Cl_((o)) RNH_3LN(PMBP)_(4(o)) + 4H~+ + Cl~- Ln(PMBP)_(3(o)) + RNH_3Cl_((o)) RNH_3Ln(PMBP)_(4(o)) + H~+ + Cl~- RZRNH_3ClPr(III)IRNMRN_(1923)Sc(III)RNH_3NO_3Sc(III)Sc(OH)_2~+SCN~-, NO_3~-RNH_3nO_3Sc(III)PHSc(OH)_2~+ + SCN~- + 2(RNH_3NO_3)_(2((o)) (RNH_3nO_3)_4.Sc(OH)_2SCN_((o)) Sc(OH)_2~+ + SCN~- + NO_3~- + (RNH_3NO_3)_(2(o)) (RNH_3NO_3)_2.Sc(OH)(SCN)NO_3 + OH~-
Resumo:
(P_(350))N_(1923)(Na,H)ClZn()IR~1H NMR(PNH_3Cl)_(3/2)ZnCl_2P_(350),1gK_(BC)=2.10,1g=0.46,,
Resumo:
N1923(RNH_2)N1923()(),PO_4~(3-),()(),N1923()(),N1923 N1923,>99,
Resumo:
HEH/EHP(HA)N_(1923)(RNH_3C1)HC1Zn()RNH_3Cl,HAZn();HA,RNH_3C1Zn(),
Resumo:
N_(1923),Zn():(RNH_3Cl)_3ZnCl_2TBP(RNH_3Cl)_2ZnCl_2DBBP,logK_(12)(TBP)=3.09,logK_(12)(DBBP)=2.90,log_(12)(TBP)=1.34,log_(12)(DBBP)=1.90.,IRNMR
Resumo:
HPMBPN_(1923),():RNH_3Ln(PMBP)_4Pr():logK_(12)=-1.95;log_(12)=3.94,(R)(Z)IR,NMR
Resumo:
N_(1923)(TBP,DBBP),Cd(II)(RN-H_3Cl)_2CdCl_2B,lgK_(12)(TBP)=2.13,lgK_(12)(DBBP)=2.37;lg_(12)(TBP)=1.22,lg_(12)(DBBP)=1.41,,IR,NMR
