Class information for:
Level 1: DETONATION PERFORMANCE//DETONATION PROPERTIES//ENERGETIC SALTS

Basic class information
ID Publications Average number
of references		 Avg. shr. active
ref. in WoS
1058 2783 32.9 53%


Bar chart of Publication_year

Last years might be incomplete

Classes in level above (level 2)


ID, lev.
above		 Publications Label for level above
693 12356 PROPELLANTS EXPLOSIVES PYROTECHNICS//ENERGETIC MATERIALS//JOURNAL OF ENERGETIC MATERIALS

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 DETONATION PERFORMANCE Author keyword 134 88% 2% 64
2 DETONATION PROPERTIES Author keyword 125 80% 3% 77
3 ENERGETIC SALTS Author keyword 96 93% 1% 37
4 ENERGETIC MATERIALS Author keyword 86 37% 7% 188
5 IMPACT SENSITIVITY Author keyword 73 58% 3% 83
6 1 1 DIAMINO 2 2 DINITROETHYLENE FOX 7 Author keyword 68 100% 1% 22
7 STATE EXPLOS SCI TECHNOL Address 48 20% 8% 213
8 DETONATION PRESSURE Author keyword 46 67% 1% 41
9 HEATS OF FORMATION Author keyword 45 42% 3% 81
10 COMPUTAT MOL MAT SCI Address 44 54% 2% 57

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 DETONATION PERFORMANCE 134 88% 2% 64 Search DETONATION+PERFORMANCE Search DETONATION+PERFORMANCE
2 DETONATION PROPERTIES 125 80% 3% 77 Search DETONATION+PROPERTIES Search DETONATION+PROPERTIES
3 ENERGETIC SALTS 96 93% 1% 37 Search ENERGETIC+SALTS Search ENERGETIC+SALTS
4 ENERGETIC MATERIALS 86 37% 7% 188 Search ENERGETIC+MATERIALS Search ENERGETIC+MATERIALS
5 IMPACT SENSITIVITY 73 58% 3% 83 Search IMPACT+SENSITIVITY Search IMPACT+SENSITIVITY
6 1 1 DIAMINO 2 2 DINITROETHYLENE FOX 7 68 100% 1% 22 Search 1+1+DIAMINO+2+2+DINITROETHYLENE+FOX+7 Search 1+1+DIAMINO+2+2+DINITROETHYLENE+FOX+7
7 DETONATION PRESSURE 46 67% 1% 41 Search DETONATION+PRESSURE Search DETONATION+PRESSURE
8 HEATS OF FORMATION 45 42% 3% 81 Search HEATS+OF+FORMATION Search HEATS+OF+FORMATION
9 FOX 7 37 67% 1% 33 Search FOX+7 Search FOX+7
10 DETONATION PROPERTY 36 83% 1% 20 Search DETONATION+PROPERTY Search DETONATION+PROPERTY

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 DETONATION PROPERTIES 308 83% 6% 173
2 NITROGEN RICH SALTS 199 90% 3% 85
3 IMPACT SENSITIVITIES 187 81% 4% 112
4 NITRAMINES 121 66% 4% 114
5 ENERGETIC MOLECULES 103 85% 2% 55
6 IMPACT SENSITIVITY 97 69% 3% 82
7 FOX 7 94 94% 1% 33
8 CHNO EXPLOSIVES 89 100% 1% 27
9 NITROGEN RICH 83 73% 2% 63
10 N O EXPLOSIVES 82 92% 1% 33

Journals


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 PROPELLANTS EXPLOSIVES PYROTECHNICS 35 16% 8% 210
2 JOURNAL OF ENERGETIC MATERIALS 21 27% 2% 66
3 CENTRAL EUROPEAN JOURNAL OF ENERGETIC MATERIALS 17 28% 2% 51

Reviews


Title Publ. year Cit. Active references % act. ref.
to same field
Azole-Based Energetic Salts 2011 164 286 59%
Advances in science and technology of modern energetic materials: An overview 2008 239 61 57%
Energetic Ionic Liquids as Explosives and Propellant Fuels: A New Journey of Ionic Liquid Chemistry 2014 14 127 68%
Energetic nitrogen-rich salts and ionic liquids 2006 318 72 50%
Environmentally compatible next generation green energetic materials (GEMs) 2009 219 68 43%
The second evolution of ionic liquids: From solvents and separations to advanced materials-energetic examples from the ionic liquid cookbook 2007 253 47 38%
A review of advanced high performance, insensitive and thermally stable energetic materials emerging for military and space applications 2004 223 25 56%
"Green" pyrotechnics: A chemists' challenge 2008 164 64 38%
The CN7- Anion 2009 90 47 53%
Theoretical evaluation of sensitivity and thermal stability for high explosives based on quantum chemistry methods: A brief review 2013 17 54 54%

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 STATE EXPLOS SCI TECHNOL 48 20% 7.7% 213
2 COMPUTAT MOL MAT SCI 44 54% 2.0% 57
3 COMPUTAT MOL MAT 27 83% 0.5% 15
4 SCI TECHNOL COMBUST EXPLOS 25 43% 1.5% 43
5 STATE PREVENT CONTROL EXPLOS 21 85% 0.4% 11
6 CONSERVAT TECHNOL 19 45% 1.2% 33
7 CECD 15 71% 0.4% 12
8 CHENGDU BRANCH 14 29% 1.4% 40
9 HYDRAZINES COMPOSES ENERGET POLYAZOTES 13 62% 0.5% 13
10 ENERGET MAT 9 17% 1.8% 50

Related classes at same level (level 1)


Rank Relatedness score Related classes
1 0.0000211525 CRITICAL RATE OF TEMPERATURE RISE//DATA ANAL COMPUTAT CHEM//FIREWORKS AND CRACKERS
2 0.0000167665 CL 20//PROPELLANTS EXPLOSIVES PYROTECHNICS//HNIW
3 0.0000119922 NITROGEN CLUSTER//POLYNITROGEN//COVALENT AZIDES
4 0.0000104678 FURAZANS//FUROXANS//AMINOFURAZANS
5 0.0000099898 AMMONIUM DINITRAMIDE//DINITRAMIDE//DINITRAMIDE SALTS
6 0.0000078350 NITROGEN SHIELDINGS//NITROGEN CHEMICAL SHIFTS//NITROGEN SHIELDING
7 0.0000078310 V 2 BARRIER//HEXANITROSTILBENE HNS//LASER PHOTOFRAGMENTATION
8 0.0000067508 AMMONIUM PERCHLORATE//EXPLOSION DELAY//AMMONIUM PERCHLORATE AP
9 0.0000063481 NITRIMINES//NITRAMINE REARRANGEMENT//NITROGUANIDINE DERIVATIVES
10 0.0000060329 GLYCIDYL AZIDE POLYMER GAP//ENERGETIC PLASTICIZER//PROPELLANT BINDER