indene,
INDENE,
1H-Indene,
95-13-6,
Indonaphthene,
Inden,
UNII-67H8Y6LB8A,
HSDB 5286,
NSC 9270,
EINECS 202-393-6,
MFCD00003777,
67H8Y6LB8A,
CHEMBL192812,
CHEBI:41921,
YBYIRNPNPLQARY-UHFFFAOYSA-N,
Indene, 90%, tech., stabilized,
Indenyl radical,
9003-64-9,
1H-inden,
AC1NUTMZ,
Indene, 98%,
PubChem20728,
INDENE, REAG,
ACMC-209ruy,
AC1Q1GUJ,
Indene, >=99%,
Indene, analytical standard,
AC1L1O9V,
DSSTox_CID_22052,
DSSTox_RID_79907,
DSSTox_GSID_42052,
WLN: L56 BHJ,
KSC486S1J,
DTXSID8042052,
CTK3I6914,
NSC9270,
Indene 10 microg/mL in Methanol,
NSC-9270,
NSC62567,
ZINC1699888,
Tox21_301215,
ANW-40376,
BDBM50167941,
NSC-62567,
SBB040862,
STL268869,
AKOS000269048,
AKOS025243274,
LS11754,
MCULE-7457676330,
NE10278,
RP19248,
RTR-029655,
TRA0057312,
CAS-95-13-6,
NCGC00255989-01,
71551-80-9,
AN-24305,
BC218987,
CJ-06653,
CJ-28639,
LS-81591,
SC-18068,
TR-029655,
AM20060846,
CS-0015092,
FT-0627195,
I0016,
I0354,
ST50214452,
EN300-19944,
KS-00000131,
I-0750,
16201-EP2270010A1,
16201-EP2272517A1,
16201-EP2272832A1,
16201-EP2275401A1,
16201-EP2277848A1,
16201-EP2281563A1,
16201-EP2281815A1,
16201-EP2281818A1,
16201-EP2284920A1,
16201-EP2292592A1,
16201-EP2292593A2,
16201-EP2292604A2,
16201-EP2295414A1,
16201-EP2295503A1,
16201-EP2298767A1,
16201-EP2298770A1,
16201-EP2298776A1,
16201-EP2305219A1,
16201-EP2305640A2,
16201-EP2305648A1,
16201-EP2308510A1,
16201-EP2308562A2,
16201-EP2308848A1,
16201-EP2311811A1,
16201-EP2311840A1,
16201-EP2311842A2,
16201-EP2314587A1,
16201-EP2315303A1,
16201-EP2316459A1,
16201-EP2371811A2,
A845191,
I14-1781,
I14-22933,
F0001-2266,
Z1939437389,
1H-Indene, 90+%, stab. with 0.01% 4-tert-butylcatechol,
InChI=1/C9H8/c1-2-5-9-7-3-6-8(9)4-1/h1-6H,7H,
Indene, contains 50-100 ppm tert-butylcatechol as stabilizer, technical grade, >=90%,
indeno,
inden-,
1h-indeno,
benzocyclopentadiene,
Indene (8CI),
C9H8,
Indene, 95% - 1KG 1kg,
CID7219,
C9-H8,
ACN-036365,
Indene, technical, 90%, stabilized 50ml,
C093581,
DEN,