Class information for:
Level 1: GAASSB//PHOTON INFORMAT ENGN//NON MARKOVIAN GAIN MODEL

Basic class information

ID Publications Average number
of references
Avg. shr. active
ref. in WoS
18470 485 18.6 75%



Bar chart of Publication_year

Last years might be incomplete

Classes in level above (level 2)



ID, lev.
above
Publications Label for level above
33 32935 GAN//NITRIDES//GALLIUM NITRIDE

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 GAASSB Author keyword 7 24% 5% 26
2 PHOTON INFORMAT ENGN Address 6 48% 2% 10
3 NON MARKOVIAN GAIN MODEL Author keyword 6 100% 1% 4
4 PHYS SEMICOND SCI Address 5 21% 4% 20
5 INGAAS GAASSB Author keyword 4 50% 1% 6
6 MBE GRP Address 4 75% 1% 3
7 OPT INTERCONNECT NEC Address 4 75% 1% 3
8 ZNO MGZNO Author keyword 3 57% 1% 4
9 BILAYER QUANTUM WELL Author keyword 3 100% 1% 3
10 GAASSB GAAS Author keyword 3 60% 1% 3

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 GAASSB 7 24% 5% 26 Search GAASSB Search GAASSB
2 NON MARKOVIAN GAIN MODEL 6 100% 1% 4 Search NON+MARKOVIAN+GAIN+MODEL Search NON+MARKOVIAN+GAIN+MODEL
3 INGAAS GAASSB 4 50% 1% 6 Search INGAAS+GAASSB Search INGAAS+GAASSB
4 ZNO MGZNO 3 57% 1% 4 Search ZNO+MGZNO Search ZNO+MGZNO
5 BILAYER QUANTUM WELL 3 100% 1% 3 Search BILAYER+QUANTUM+WELL Search BILAYER+QUANTUM+WELL
6 GAASSB GAAS 3 60% 1% 3 Search GAASSB+GAAS Search GAASSB+GAAS
7 INTRABAND RELAXATION TIME 2 67% 0% 2 Search INTRABAND+RELAXATION+TIME Search INTRABAND+RELAXATION+TIME
8 PIEZOELECTRIC SEMICONDUCTOR MATERIALS DEVICES 2 67% 0% 2 Search PIEZOELECTRIC+SEMICONDUCTOR+MATERIALS+DEVICES Search PIEZOELECTRIC+SEMICONDUCTOR+MATERIALS+DEVICES
9 GAASSB GAAS LASER 1 100% 0% 2 Search GAASSB+GAAS+LASER Search GAASSB+GAAS+LASER
10 K P THEORY 1 50% 0% 2 Search K+P+THEORY Search K+P+THEORY

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 DENSITY OPERATOR THEORY 13 69% 2% 11
2 GAAS05SB05 13 62% 3% 13
3 NON MARKOVIAN GAIN 13 71% 2% 10
4 STOCHASTIC RESERVOIR 10 58% 2% 11
5 GAASSB INGAAS 7 53% 2% 10
6 GAASSB 4 28% 3% 13
7 INTRABAND RELAXATION TIME 2 44% 1% 4
8 BLUE LASER DIODE 2 50% 1% 3
9 GAAS1 XSBX 2 29% 1% 6
10 II SUPERLATTICE 1 50% 0% 2

Journals

Reviews



Title Publ. year Cit. Active
references
% act. ref.
to same field
Theory of non-Markovian optical gain in quantum-well lasers 1997 123 57 11%
Hole scattering and optical transitions in wide-band-gap nitrides: Wurtzite and zinc-blende structures 1997 29 68 13%

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 PHOTON INFORMAT ENGN 6 48% 2.1% 10
2 PHYS SEMICOND SCI 5 21% 4.1% 20
3 MBE GRP 4 75% 0.6% 3
4 OPT INTERCONNECT NEC 4 75% 0.6% 3
5 NAT WISSEN AFTL FAK PHYS 2 1 100% 0.4% 2
6 TONGDAIMOON KU 1 40% 0.4% 2
7 CSSER 1 50% 0.2% 1
8 ELECT MAT PROCESSING 1 50% 0.2% 1
9 MAT SCI ENGN CHIKUSA KU 1 50% 0.2% 1
10 NANOSIMULAT 1 50% 0.2% 1

Related classes at same level (level 1)



Rank Relatedness score Related classes
1 0.0000179173 A PLANE GAN//LED TECHNOL//NONPOLAR
2 0.0000164123 INGAN//EFFICIENCY DROOP//ELECTRON BLOCKING LAYER EBL
3 0.0000126648 EPITAXIAL SEMICOND GRP//EXP SOLID STATE PHYS 3//RECIPROCAL SPACE ANALYSIS
4 0.0000109952 GAINNAS//DILUTE NITRIDES//GANAS
5 0.0000096596 QUANTUM WELL LASERS//ANTI GUIDING FACTOR//MULTIQUANTUM WELL LASERS
6 0.0000090125 CUBIC GAN//FB PHYS 6//HEXAGONAL GAN
7 0.0000082089 GASB//GALLIUM ANTIMONIDE//GAINASSB
8 0.0000077572 NEGATIVE EFFECTIVE MASS//GAASP QUANTUM WELLS//III V SEMICONDUCTOR HETEROJUNCTIONS
9 0.0000074174 ACT OPTOGAN//INGAAS ALASSB//FESTA S
10 0.0000068972 AL1 XINXN//ALINN//RESONANT CAVITY LIGHT EMITTING DIODE RCLED