追加分
物質	σRT /S cm-1	EA /eV	C /emu K mol-1	q /K 	cmax /K	crt /emu mol-1	J /K	Ttrans /K	phase	
[Mn(OC12H25)4TPP][TCNE]						1e-2	-173.5	22	ferri-ferro	
[MnF4TPP][TCNE]						9e-3	-236	27	ferri-ferro	
[Mn(CN)4TPP][TCNE]						1e-3	-58.4	20	ferri-ferro	
[Mn(OC10H21)4TPP][TCNE]								21.7	ferro	
[Mn(OC14H29)4TPP][TCNE]								20.5	ferro	
[MnF4TPP][TCNE]										
[MnTPP][TCNE]								20	ferro-meta	
[MnTEtOPP][TCNE]										
	
[FcCH2N(CH3)3][Ni(mnt)2]						2e-4		120	AF	
[FcCH2N(CH3)3][Pt(mnt)2]						3e-4				
	
CoCu(obbz)(H2O)4 2(H2O)						9.63e-3				
CoCu(obbz)(H2O)3						9.00e-3			ferri	
CoCu(obbz)(H2O)						8.67e-3		25	ferri-ferro	
	
p-EPYNN[Ni(dmit)2]0.5[Au(dmit)2]0.5						1.6e-3				
p-EPYNN[Ni(dmit)2]0.75[Au(dmit)2]0.25						1.7e-3				
p-EPYNN[Ni(dmit)2]0.9[Au(dmit)2]0.1						1.7e-3				
p-EPYNN[Ni(dmit)2]						1.6e-3				
	
(BEDT)2FeCl4				-3						
(BEDT)2RbCo(SCN)4	5									
(BEDT)2TlCo(SCN)4	2.5									
a"-(BEDT)2KCu(SCN)4	0.5	0.09				7.4e-4				
b"-(BEDT)4[(H3O)Fe(C2O4)3]C5H5N	100		4.89	-0.04		1e-2				
b"-(BEDT)4[(H3O)Fe(C2O4)3]C6H5CN	100									

g(||)	g(⊥)	DH /G	remarks	Ref.		Author	
			reentrant spin glass(22K), coercivity=0.50T(4.3K)	JMMM	205, pp14-26, (1999)	M. Balanda	
			reentrant spin glass(15K), coercivity=0.36T(4.45K)	JMMM	205, pp14-26, (2000)	M. Balanda	
			reentrant spin glass(10K)	JMMM	205, pp14-26, (2001)	M. Balanda	
			coercivity=0.36T(5.1K)	JMMM	196-197, pp564-565, (1999)	K. Falk	
			coercivity=0.30T(4.8K)	JMMM	196-197, pp564-565, (2000)	K. Falk	
			coercivity=0.20T(4.3K)	JMMM	196-197, pp564-565, (2001)	K. Falk	
			coercivity=0.8T(2.0K), AFM	TSF	331, pp165-169, (1998)	K. Nagai	
			coercivity=20T(2.0K), AFM	TSF	331, pp165-169, (1999)	K. Nagai	
	
2.1				SM	103, pp2310-2311, (1999)	AE. Pullen	
			structural transition(220K)	SM	103, pp2310-2311, (2000)	AE. Pullen	
	
			IR, Raman	IC	36, pp6374-6381, (1998)	J. Larionova	
			IR, Raman	IC	36, pp6374-6381, (1999)	J. Larionova	
			IR, Raman	IC	36, pp6374-6381, (2000)	J. Larionova	
	
				SM	103, pp2292-2293, (1999)	T. Otsuka	
				SM	103, pp2292-2293, (2000)	T. Otsuka	
				SM	103, pp2292-2293, (2001)	T. Otsuka	
				SM	103, pp2292-2293, (2002)	T. Otsuka	
	
				SM	103, pp1984-1984, (1999)	H. Uozaki	
				BCSJ	71, 797-806, (1998)	H. Mori	
				BCSJ	71, 797-806, (2000)	H. Mori	
				CL	pp505-506, (1998)	H. Mori	
			raman	IC	38, pp3543-3549, (1999)	SS. Turner	

物質	σRT /S cm-1	EA /eV	C /emu K mol-1	q /K 	cmax /K	crt /emu mol-1	J /K	Ttrans /K	phase	
(BETS)2[Fe(CN)5NO]						3e-3				
(BETS)3[Fe(CN)6]2						4e-3				
(BETS)4[Fe(CN)6]						5e-3				
k-(BETS)2FeBr4			4.70	-5.5		5e-2		2.5	AF	
k-(BETS)2FeCl4				-1						
k-(BETS)2FeCl4				-1.41～-1.61						
l-(BETS)2FeCl4				-12						
l-(BETS)2FeCl4				-30				8	AF	
	
l-(BETS)2(Fe0.55Ga0.45)Cl4										
l-(BETS)2(Fe0.43Ga0.57)Cl4								4.2	AF	
l-(BETS)2FeBr0.6Cl3.4										
l-(BETS)2FeBr1.1Cl2.9										
	
(EDT-TTF)4CoCl4(1,1,2-TCE)x				-6					AF	
	
(TTF)7[Fe(CN)5NO]2	3e-5	0.4				7e-4				
	
BET=bis(ethylenethio)-tetrathiafulvalene										
p-EPYNN=p-N-ethylpyridinium nitronylnitroxide										
Fc=Ferrocene										
obbz=N,N'-bis(2-carboxyphenyl)oxamido										
Pc=phthalocyanine										
TCNE=tetracyanoethylene										
TEtOPP=tetra(4ethoxyphenyl)porphyrin										
tpp=tetraphenylporphyrine										

g(||)	g(⊥)	DH /G	remarks	Ref.		Author	
2.0082		18		SM	103, pp2279-2282, (2002)	M. Clemente-Leon	
				SM	103, pp2279-2282, (2000)	M. Clemente-Leon	
				SM	103, pp2279-2282, (1999)	M. Clemente-Leon	
			SC	JACS	121, 5581-5582, (1999)	E. Ojima	
				SM	103, pp1984-1984, (2000)	H. Uozaki	
				SM	103, pp2012-2013, (1999)	D. Zhang	
			spin-flop 1.2T	SM	103, pp2012-2013, (2000)	D. Zhang	
			M-I transition (8K)	JACS	119, pp12681-12682, (1998)	H. Akutsu	
	
			M-I transition (4.1-5.4K), reentrant S-I transition (2.3-3.6K)	JACS	119, pp12392-12393, (1998)	H. Kobayashi	
			M-I transition (4.0-4.5K), reentrant S-I transition (3.0-3.6K)	JACS	119, pp12392-12393, (1999)	H. Kobayashi	
			M-I transition (14K)	JACS	119, pp12681-12682, (1999)	H. Akutsu	
			M-I transition (18K)	JACS	119, pp12681-12682, (2000)	H. Akutsu	
	
2.0		40		SM	102, pp1681-1681, (1999)	H. Mori	
	
				SM	103, pp2279-2282, (2001)	M. Clemente-Leon	
	
			IR=Infrared Spectrum	BCSJ	Bull. Chem. Soc. Jpn.		
			M-I=Metal-Insulator Transition	CL	Chem.Lett.		
			SC=Super Conducting Transition	IC	Inorg. Chem.		
			SI=Super-Insulator Transition	JACS	J. Am. Chem. Soc.		
				JMMM	J. Magn. Magn. Matt.		
				SM	Synth. Met.		
				TSF	Thin Solid Films