Class information for:
Level 1: PHOTONIC CRYSTAL//PHOTONIC BAND GAP//AUTOCLONING

Basic class information
Class id #P Avg. number of
references		 Database coverage
of references
4410 1790 21.4 76%


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
10 4 OPTICS//PHYSICS, PARTICLES & FIELDS//PHYSICS, MULTIDISCIPLINARY 1131262
245 3       PHOTONIC CRYSTAL//OPTICS//INTEGRATED OPTICS 46930
297 2             PHOTONIC CRYSTAL//PHOTONIC BAND GAP//PHOTONIC CRYSTAL WAVEGUIDE 18652
4410 1                   PHOTONIC CRYSTAL//PHOTONIC BAND GAP//AUTOCLONING 1790

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 PHOTONIC CRYSTAL authKW 487233 20% 8% 355
2 PHOTONIC BAND GAP authKW 292983 7% 14% 125
3 AUTOCLONING authKW 208946 1% 88% 14
4 PHOTONIC BAND authKW 123218 1% 43% 17
5 PLANE WAVE EXPANSION METHOD authKW 121524 2% 25% 29
6 ABSOLUTE BAND GAP authKW 102343 0% 100% 6
7 ANISOTROPIC TELLURIUM authKW 102343 0% 100% 6
8 METALLIC PHOTONIC CRYSTAL authKW 98388 1% 38% 15
9 PHOTONIC BAND STRUCTURE authKW 94906 1% 35% 16
10 R ID PROTOTYPING ENGN address 85286 0% 100% 5

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 Optics 10434 32% 0% 577
2 Physics, Condensed Matter 3138 23% 0% 417
3 Physics, Applied 2613 26% 0% 472
4 Physics, Multidisciplinary 1048 13% 0% 225
5 Engineering, Electrical & Electronic 855 15% 0% 269
6 Physics, Mathematical 330 4% 0% 80
7 Nanoscience & Nanotechnology 185 4% 0% 79
8 Physics, Fluids & Plasmas 151 3% 0% 50
9 Materials Science, Ceramics 115 2% 0% 35
10 Telecommunications 95 3% 0% 46

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 R ID PROTOTYPING ENGN 85286 0% 100% 5
2 PHOTON LATTICE INC 68228 0% 100% 4
3 SMART PROC 60639 0% 44% 8
4 SCI MATH PHYS BUNKYO KU 51171 0% 100% 3
5 GRP ELE OMAGNETISME PL 35530 0% 42% 5
6 DISPOSITIVI ELETTRON 34114 0% 100% 2
7 ELECT DEVICE SYST RELIABIL 34114 0% 100% 2
8 MILLIMETRE WAVE TECHNOL GRP 30453 0% 36% 5
9 ELE OMAGNET THEORY 29002 1% 7% 25
10 OPT ELE OMAGNET 23542 2% 4% 38

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 JOURNAL OF THE OPTICAL SOCIETY OF AMERICA B-OPTICAL PHYSICS 7350 4% 1% 69
2 PHYSICAL REVIEW B 4648 12% 0% 218
3 PHOTONICS AND NANOSTRUCTURES-FUNDAMENTALS AND APPLICATIONS 4074 1% 2% 11
4 ACTA PHYSICA SINICA 3658 4% 0% 66
5 OPTICS COMMUNICATIONS 2118 3% 0% 58
6 OPTICS EXPRESS 2094 4% 0% 66
7 JOURNAL OF OPTICS A-PURE AND APPLIED OPTICS 1760 1% 1% 15
8 OPTICAL AND QUANTUM ELECTRONICS 1683 1% 1% 20
9 APPLIED PHYSICS LETTERS 1654 6% 0% 108
10 JOURNAL OF MODERN OPTICS 1647 1% 0% 25

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 PHOTONIC CRYSTAL 487233 20% 8% 355 Search PHOTONIC+CRYSTAL Search PHOTONIC+CRYSTAL
2 PHOTONIC BAND GAP 292983 7% 14% 125 Search PHOTONIC+BAND+GAP Search PHOTONIC+BAND+GAP
3 AUTOCLONING 208946 1% 88% 14 Search AUTOCLONING Search AUTOCLONING
4 PHOTONIC BAND 123218 1% 43% 17 Search PHOTONIC+BAND Search PHOTONIC+BAND
5 PLANE WAVE EXPANSION METHOD 121524 2% 25% 29 Search PLANE+WAVE+EXPANSION+METHOD Search PLANE+WAVE+EXPANSION+METHOD
6 ABSOLUTE BAND GAP 102343 0% 100% 6 Search ABSOLUTE+BAND+GAP Search ABSOLUTE+BAND+GAP
7 ANISOTROPIC TELLURIUM 102343 0% 100% 6 Search ANISOTROPIC+TELLURIUM Search ANISOTROPIC+TELLURIUM
8 METALLIC PHOTONIC CRYSTAL 98388 1% 38% 15 Search METALLIC+PHOTONIC+CRYSTAL Search METALLIC+PHOTONIC+CRYSTAL
9 PHOTONIC BAND STRUCTURE 94906 1% 35% 16 Search PHOTONIC+BAND+STRUCTURE Search PHOTONIC+BAND+STRUCTURE
10 DIAMOND STRUCTURED 68228 0% 100% 4 Search DIAMOND+STRUCTURED Search DIAMOND+STRUCTURED

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 SEDGHI, AA , KALAFI, M , VALA, AS , REZAEI, B , (2010) THE INFLUENCE OF SHAPE AND ORIENTATION OF SCATTERERS ON THE PHOTONIC BAND GAP IN 2D METALLIC PHOTONIC CRYSTALS.OPTICS COMMUNICATIONS. VOL. 283. ISSUE 11. P. 2356 -2362 29 91% 11
2 CASSAGNE, D , (1998) PHOTONIC BAND GAP MATERIALS.ANNALES DE PHYSIQUE. VOL. 23. ISSUE 4. P. 1 -+ 42 82% 9
3 DEGIRMENCI, E , LANDAIS, P , (2013) FINITE ELEMENT METHOD ANALYSIS OF BAND GAP AND TRANSMISSION OF TWO-DIMENSIONAL METALLIC PHOTONIC CRYSTALS AT TERAHERTZ FREQUENCIES.APPLIED OPTICS. VOL. 52. ISSUE 30. P. 7367 -7375 32 67% 4
4 ZHAO, YG , GRISCHKOWSKY, DR , (2007) 2-D TERAHERTZ METALLIC PHOTONIC CRYSTALS IN PARALLEL-PLATE WAVEGUIDES.IEEE TRANSACTIONS ON MICROWAVE THEORY AND TECHNIQUES. VOL. 55. ISSUE 4. P. 656 -663 35 64% 35
5 SEDGHI, A , REZAEI, B , (2016) EFFECT OF BACKGROUND DIELECTRIC ON TE-POLARIZED PHOTONIC BANDGAP OF METALLODIELECTRIC PHOTONIC CRYSTALS USING DIRICHLET-TO-NEUMANN MAP METHOD.APPLIED OPTICS. VOL. 55. ISSUE 33. P. 9417 -9421 26 74% 0
6 SUZUKI, T , YU, PKL , (1999) EXISTENCE OF PHOTONIC BAND GAPS IN TWO-DIMENSIONAL METALLODIELECTRIC PHOTONIC CRYSTALS.ELECTROMAGNETICS. VOL. 19. ISSUE 3. P. 321 -335 32 94% 2
7 KUZMIAK, V , MARADUDIN, AA , MCGURN, AR , (1997) PHOTONIC BAND STRUCTURES OF TWO-DIMENSIONAL SYSTEMS FABRICATED FROM RODS OF A CUBIC POLAR CRYSTAL.PHYSICAL REVIEW B. VOL. 55. ISSUE 7. P. 4298 -4311 31 91% 61
8 ZAREI, S , SHAHABADI, M , MOHAJERZADEH, S , (2008) SYMMETRY REDUCTION FOR MAXIMIZATION OF HIGHER-ORDER STOP-BANDS IN TWO-DIMENSIONAL PHOTONIC CRYSTALS.JOURNAL OF MODERN OPTICS. VOL. 55. ISSUE 18. P. 2971 -2980 23 92% 3
9 MORENO, E , ERNI, D , HAFNER, C , (2002) BAND STRUCTURE COMPUTATIONS OF METALLIC PHOTONIC CRYSTALS WITH THE MULTIPLE MULTIPOLE METHOD.PHYSICAL REVIEW B. VOL. 65. ISSUE 15. P. - 30 70% 95
10 BERGER, V , (1999) FROM PHOTONIC BAND GAPS TO REFRACTIVE INDEX ENGINEERING.OPTICAL MATERIALS. VOL. 11. ISSUE 2-3. P. 131 -142 43 57% 26

Classes with closest relation at Level 1


Rank Class id link
1 19303 KERR NONLINEAR BLACKBODY//NONPOLARITON//SPONTANEOUS EMISSION
2 7875 SINGLE NEGATIVE MATERIALS//PLASMA PHOTONIC CRYSTALS//OMNIDIRECTIONAL REFLECTION
3 10570 SELF COLLIMATION//NEGATIVE REFRACTION//SUPERPRISM
4 12907 HOLOGRAPHIC LITHOGRAPHY//INTERFERENCE LITHOGRAPHY//PHOTONIC QUASICRYSTAL
5 321 PHOTONIC CRYSTAL//PHOTONIC CRYSTAL WAVEGUIDE//SLOW LIGHT
6 446 COLLOIDAL CRYSTALS//INVERSE OPAL//PHOTONIC CRYSTAL
7 27776 PERIODIC SLAB//DEVICE TECHNOL RD S//NIMS NANOTECHNOL INNOVAT
8 37719 COULOMBIC WELL POSITIONING//IMPURITY FRANZ KELDYSH EFFECT//INCIDENT PHOTON ENERGY
9 9529 ELECTROMAGNETIC BANDGAP EBG//ARTIFICIAL MAGNETIC CONDUCTOR AMC//ARTIFICIAL MAGNETIC CONDUCTOR
10 19127 FINITE ARRAYS//LATTICE SUMS//PERIODIC STRUCTURES

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