Class information for:
Level 1: MULTIPLE PHENYL EMBRACE//STIBONIUM SALTS//ARYL INTERACTIONS

Basic class information

ID Publications Average number
of references
Avg. shr. active
ref. in WoS
29983 144 23.5 54%



Bar chart of Publication_year

Last years might be incomplete

Classes in level above (level 2)



ID, lev.
above
Publications Label for level above
411 16035 ACTA CRYSTALLOGRAPHICA SECTION E-STRUCTURE REPORTS ONLINE//XRAY CRYSTALLOG UNIT//CO CRYSTAL

Terms with highest relevance score



Rank Term Type of term Relevance score
(tfidf)
Class's shr.
of term's tot.
occurrences
Shr. of publ.
in class containing
term
Num. of
publ.
in class
1 MULTIPLE PHENYL EMBRACE Author keyword 1 100% 1% 2
2 STIBONIUM SALTS Author keyword 1 100% 1% 2
3 ARYL INTERACTIONS Author keyword 1 50% 1% 1
4 CRYSTAL PACKING ANALYSIS Author keyword 1 50% 1% 1
5 HETEROARYL SUBSTITUENTS Author keyword 1 50% 1% 1
6 KINETIC TEMPLATE EFFECT Author keyword 1 50% 1% 1
7 HYDROXYMETHYL PHOSPHINES Author keyword 0 33% 1% 1
8 LI COORDINATION Author keyword 0 33% 1% 1
9 MULTIPLE PHENYL EMBRACES Author keyword 0 33% 1% 1
10 TRIPHENYLACETIC ACID Author keyword 0 33% 1% 1

Web of Science journal categories

Author Key Words



Rank Web of Science journal category Relevance score
(tfidf)
Class's shr.
of term's tot.
occurrences
Shr. of publ.
in class containing
term
Num. of
publ.
in class
LCSH search Wikipedia search
1 MULTIPLE PHENYL EMBRACE 1 100% 1% 2 Search MULTIPLE+PHENYL+EMBRACE Search MULTIPLE+PHENYL+EMBRACE
2 STIBONIUM SALTS 1 100% 1% 2 Search STIBONIUM+SALTS Search STIBONIUM+SALTS
3 ARYL INTERACTIONS 1 50% 1% 1 Search ARYL+INTERACTIONS Search ARYL+INTERACTIONS
4 CRYSTAL PACKING ANALYSIS 1 50% 1% 1 Search CRYSTAL+PACKING+ANALYSIS Search CRYSTAL+PACKING+ANALYSIS
5 HETEROARYL SUBSTITUENTS 1 50% 1% 1 Search HETEROARYL+SUBSTITUENTS Search HETEROARYL+SUBSTITUENTS
6 KINETIC TEMPLATE EFFECT 1 50% 1% 1 Search KINETIC+TEMPLATE+EFFECT Search KINETIC+TEMPLATE+EFFECT
7 HYDROXYMETHYL PHOSPHINES 0 33% 1% 1 Search HYDROXYMETHYL+PHOSPHINES Search HYDROXYMETHYL+PHOSPHINES
8 LI COORDINATION 0 33% 1% 1 Search LI+COORDINATION Search LI+COORDINATION
9 MULTIPLE PHENYL EMBRACES 0 33% 1% 1 Search MULTIPLE+PHENYL+EMBRACES Search MULTIPLE+PHENYL+EMBRACES
10 TRIPHENYLACETIC ACID 0 33% 1% 1 Search TRIPHENYLACETIC+ACID Search TRIPHENYLACETIC+ACID

Key Words Plus



Rank Web of Science journal category Relevance score
(tfidf)
Class's shr.
of term's tot.
occurrences
Shr. of publ.
in class containing
term
Num. of
publ. in
class
1 PH4P CATIONS 23 55% 20% 29
2 ARYLPHOSPHONIUM SALTS 15 88% 5% 7
3 XPH3 MOLECULES 8 75% 4% 6
4 MULTIPLE PHENYL EMBRACES 8 37% 12% 17
5 6 FOLD 4 75% 2% 3
6 CRYSTAL SUPRAMOLECULAR MOTIFS 2 33% 4% 6
7 ION CATALYZED REACTIONS 2 67% 1% 2
8 SEXTUPLE ARYL EMBRACES 2 67% 1% 2
9 SIXFOLD PHENYL EMBRACES 1 38% 2% 3
10 ION CATALYZED FORMATION 1 100% 1% 2

Journals

Reviews



Title Publ. year Cit. Active
references
% act. ref.
to same field
Inorganic intermolecular motifs, and their energies 2003 53 96 23%

Address terms



Rank Address term Relevance score
(tfidf)
Class's shr.
of term's tot.
occurrences
Shr. of publ.
in class containing
term
Num. of
publ.
in class
1 MATH ASTRON PHYS 0 10% 0.7% 1
2 PL SCI PL PHYS PL CHEM 0 100% 0.7% 1

Related classes at same level (level 1)



Rank Relatedness score Related classes
1 0.0000182526 POLYIODIDES//HEPTAIODIDE//POLYIODIDE
2 0.0000138004 OLEFINIC PHOSPHANES//CARBONYL MANGANESE COMPLEXES//CARBONYLMANGANESE CATIONS
3 0.0000136666 COPPERI HALIDES//METHYLCYCLOARSOXANE//COPPERI HALIDE
4 0.0000108596 TETRAPODAL PENTADENTATE LIGAND//SEKRETARIAT C2//INORGAN CHEM UNIV SHANDONG PROV
5 0.0000106315 HETEROCYCLIC BETAINES//4 NITROBENZIMIDAZOLE DERIVATIVE//HETERORETINOID
6 0.0000103290 SULFUR DIOXIDE ADDUCTS//FLUOROSULFITE//HALOGENOSULFITES
7 0.0000088579 DIMETHANESULFONYLAMIDE//DIMESYLAMINE//POLYSULFONYL AMINES
8 0.0000087395 CHARGE TRANSFER PHASE TRANSITION//OXALATO COMPLEXES//OXALATE LIGAND
9 0.0000080275 CALCIUM FLUOROSILICATE//IODIDE BRIDGED COMPLEXES//LITHIUM STANNIDE
10 0.0000078341 SPECIALTY CHEM TECHNOL DEV//CHLOROCADMATEII//N2S LIGAND