Class information for:
Level 1: PEAPOD//NANONMRI GRP//NANOTUBE

Basic class information
Class id #P Avg. number of
references		 Database coverage
of references
8301 1269 31.8 86%


Bar chart of Publication_year

Last years might be incomplete

Hierarchy of classes
The table includes all classes above and classes immediately below the current class.


Cluster id Level Cluster label #P
2 4 MATERIALS SCIENCE, MULTIDISCIPLINARY//PHYSICS, APPLIED//PHYSICS, CONDENSED MATTER 2836879
12 3       DIAMOND AND RELATED MATERIALS//GRAPHENE//CARBON NANOTUBES 130454
24 2             CARBON NANOTUBES//SINGLE WALLED CARBON NANOTUBES//FIELD EMISSION 35732
8301 1                   PEAPOD//NANONMRI GRP//NANOTUBE 1269

Terms with highest relevance score


rank Term termType Chi square Shr. of publ. in
class containing
term		 Class's shr. of
term's tot. occurrences		 #P with
term in
class
1 PEAPOD authKW 705757 3% 67% 44
2 NANONMRI GRP address 147371 1% 88% 7
3 NANOTUBE address 127003 3% 13% 42
4 CARBON NANOTECHNOL GRP address 118448 1% 62% 8
5 NOTTINGHAM NANOSCI NANOTECHNOL address 78739 0% 55% 6
6 SC M SEPARATION authKW 72183 0% 100% 3
7 ADV CARBON MAT address 56990 2% 10% 24
8 HYDROGEN TECHNOL NANOMAT address 54136 0% 75% 3
9 C 36 PEAPOD authKW 48122 0% 100% 2
10 C 60 PEAPOD authKW 48122 0% 100% 2

Web of Science journal categories


Rank Term Chi square Shr. of publ. in
class containing
term		 Class's shr. of
term's tot. occurrences		 #P with
term in
class
1 Nanoscience & Nanotechnology 5420 23% 0% 286
2 Physics, Condensed Matter 5372 35% 0% 442
3 Chemistry, Physical 2997 34% 0% 426
4 Materials Science, Multidisciplinary 2745 34% 0% 431
5 Chemistry, Multidisciplinary 1228 22% 0% 281
6 Physics, Applied 946 20% 0% 252
7 Physics, Atomic, Molecular & Chemical 843 11% 0% 143
8 Physics, Multidisciplinary 154 7% 0% 86
9 Microscopy 61 1% 0% 11
10 Crystallography 4 1% 0% 15

Address terms


Rank Term Chi square Shr. of publ. in
class containing
term		 Class's shr. of
term's tot. occurrences		 #P with
term in
class
1 NANONMRI GRP 147371 1% 88% 7
2 NANOTUBE 127003 3% 13% 42
3 CARBON NANOTECHNOL GRP 118448 1% 62% 8
4 NOTTINGHAM NANOSCI NANOTECHNOL 78739 0% 55% 6
5 ADV CARBON MAT 56990 2% 10% 24
6 HYDROGEN TECHNOL NANOMAT 54136 0% 75% 3
7 FBS SWISS FED TECHNOL 48122 0% 100% 2
8 QUANTUM INFORMAT PROC INTERDISCIPLINARY 48122 0% 100% 2
9 UMR5587 37652 0% 26% 6
10 PHYS CONDENSED MATTER GRP 36088 0% 50% 3

Journals


Rank Term Chi square Shr. of publ. in
class containing
term		 Class's shr. of
term's tot. occurrences		 #P with
term in
class
1 PHYSICA STATUS SOLIDI B-BASIC SOLID STATE PHYSICS 12184 8% 1% 100
2 CARBON 5889 4% 0% 54
3 JOURNAL OF PHYSICAL CHEMISTRY C 3317 5% 0% 67
4 ACS NANO 2949 3% 0% 34
5 FULLERENES NANOTUBES AND CARBON NANOSTRUCTURES 2854 1% 1% 12
6 PHYSICAL REVIEW B 2759 11% 0% 142
7 CHEMICAL PHYSICS LETTERS 2143 5% 0% 66
8 NANO LETTERS 1395 2% 0% 27
9 NANOSCALE 1340 2% 0% 24
10 SMALL 1191 1% 0% 16

Author Key Words


Rank Term Chi square Shr. of publ. in
class containing
term		 Class's shr. of
term's tot. occurrences		 #P with
term in
class		 LCSH search Wikipedia search
1 PEAPOD 705757 3% 67% 44 Search PEAPOD Search PEAPOD
2 SC M SEPARATION 72183 0% 100% 3 Search SC+M+SEPARATION Search SC+M+SEPARATION
3 C 36 PEAPOD 48122 0% 100% 2 Search C+36+PEAPOD Search C+36+PEAPOD
4 C 60 PEAPOD 48122 0% 100% 2 Search C+60+PEAPOD Search C+60+PEAPOD
5 CARBON NANO PEAPOD 48122 0% 100% 2 Search CARBON+NANO+PEAPOD Search CARBON+NANO+PEAPOD
6 CARBON NANOPEAPODS 48122 0% 100% 2 Search CARBON+NANOPEAPODS Search CARBON+NANOPEAPODS
7 CORONENE STACKS 48122 0% 100% 2 Search CORONENE+STACKS Search CORONENE+STACKS
8 END FUNCTIONALIZED SWCNT 48122 0% 100% 2 Search END+FUNCTIONALIZED+SWCNT Search END+FUNCTIONALIZED+SWCNT
9 FILLED NANOTUBES 48122 0% 100% 2 Search FILLED+NANOTUBES Search FILLED+NANOTUBES
10 GRAPHITE AND RELATED COMPOUND 48122 0% 100% 2 Search GRAPHITE+AND+RELATED+COMPOUND Search GRAPHITE+AND+RELATED+COMPOUND

Core articles
The table includes core articles in the class. The following variables is taken into account for the relevance score of an article in a cluster c:
(1) Number of references referring to publications in the class.
(2) Share of total number of active references referring to publications in the class.
(3) Age of the article. New articles get higher score than old articles.
(4) Citation rate, normalized to year.


Rank Reference # ref. in
cl.		 Shr. of ref. in
cl.		 Citations
1 KHARLAMOVA, MV , (2016) ADVANCES IN TAILORING THE ELECTRONIC PROPERTIES OF SINGLE-WALLED CARBON NANOTUBES.PROGRESS IN MATERIALS SCIENCE. VOL. 77. ISSUE . P. 125 -211 241 60% 6
2 KHARLAMOVA, MV , (2013) ELECTRONIC PROPERTIES OF PRISTINE AND MODIFIED SINGLE-WALLED CARBON NANOTUBES.PHYSICS-USPEKHI. VOL. 56. ISSUE 11. P. 1047 -1073 185 49% 12
3 KAVAN, L , DUNSCH, L , (2011) SPECTROELECTROCHEMISTRY OF CARBON NANOTUBES.CHEMPHYSCHEM. VOL. 12. ISSUE 1. P. 47 -55 87 71% 10
4 KAVAN, L , DUNSCH, L , (2007) SPECTROELECTROCHEMISTRY OF CARBON NANOSTRUCTURES.CHEMPHYSCHEM. VOL. 8. ISSUE 7. P. 975 -998 88 50% 37
5 MONTHIOUX, M , FLAHAUT, E , CLEUZIOU, JP , (2006) HYBRID CARBON NANOTUBES: STRATEGY, PROGRESS, AND PERSPECTIVES.JOURNAL OF MATERIALS RESEARCH. VOL. 21. ISSUE 11. P. 2774 -2793 72 60% 70
6 KHARLAMOVA, MV , SAUER, M , SAITO, T , SATO, Y , SUENAGA, K , PICHLER, T , SHIOZAWA, H , (2015) DOPING OF SINGLE-WALLED CARBON NANOTUBES CONTROLLED VIA CHEMICAL TRANSFORMATION OF ENCAPSULATED NICKELOCENE.NANOSCALE. VOL. 7. ISSUE 4. P. 1383 -1391 43 70% 8
7 KHARLAMOVA, MV , SAUER, M , EGOROV, A , KRAMBERGER, C , SAITO, T , PICHLER, T , SHIOZAWA, H , (2015) TEMPERATURE-DEPENDENT INNER TUBE GROWTH AND ELECTRONIC STRUCTURE OF NICKELOCENE-FILLED SINGLE-WALLED CARBON NANOTUBES.PHYSICA STATUS SOLIDI B-BASIC SOLID STATE PHYSICS. VOL. 252. ISSUE 11. P. 2485 -2490 42 82% 0
8 KHARLAMOVA, MV , KRAMBERGER, C , SAITO, T , SHIOZAWA, H , PICHLER, T , (2014) IN SITU RAMAN SPECTROSCOPY STUDIES ON TIME-DEPENDENT INNER TUBE GROWTH IN FERROCENE-FILLED LARGE DIAMETER SINGLE-WALLED CARBON NANOTUBES.PHYSICA STATUS SOLIDI B-BASIC SOLID STATE PHYSICS. VOL. 251. ISSUE 12. P. 2394 -2400 38 83% 0
9 KHLOBYSTOV, AN , (2011) CARBON NANOTUBES: FROM NANO TEST TUBE TO NANO-REACTOR.ACS NANO. VOL. 5. ISSUE 12. P. 9306-9312 31 84% 60
10 BRITZ, DA , KHLOBYSTOV, AN , (2006) NONCOVALENT INTERACTIONS OF MOLECULES WITH SINGLE WALLED CARBON NANOTUBES.CHEMICAL SOCIETY REVIEWS. VOL. 35. ISSUE 7. P. 637 -659 63 35% 348

Classes with closest relation at Level 1


Rank Class id link
1 13563 ATOM BRIDGE//GAN NANOTUBE//SINO BRITISH JOINT MAT
2 22151 BRAGG LAW//CHEM PHYS HIGH P SU//SOCIOENVIRONM ENGN
3 2525 FRANCIS BITTER MAGNET//CARBON NANOTUBES//RADIAL BREATHING MODE
4 16390 NANOMECH GRP//NANO ELECT FUTURE TECHNOL//GIGAHERTZ OSCILLATORS
5 3951 FULLERENE TUBE//EFFECTIVE MASS THEORY//RECURSIVE GREENS FUNCTION TECHNIQUE
6 2419 FUNCTIONALIZATION//CARBON NANOTUBES//MULTI WALLED CARBON NANOTUBES
7 20373 LUMINY//HELIUM DIMER AND TRIMER//LCSM UMR 7555
8 33188 WESTERN UNIV SYNCHROTRON RADIAT//ANGLE RESOLVED NEXAFS//BIPOLAR RESISTIVE SWITCHING MECHANISM
9 10674 SUPER CARBON NANOTUBES//Y JUNCTION//AMORPHOUS CARBON NANOWIRES
10 10526 NANOMAT OPTOELECT NOEL//CARBON NANOTUBE NETWORK//NANOTUBE SEPARATION

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