Class information for:
Level 1: NEGATIVE REMANENCE//CLOCKWISE HYSTERESIS//TESTING ANALYZING MAT

Basic class information
ID Publications Average number
of references		 Avg. shr. active
ref. in WoS
32147 112 16.6 62%


Bar chart of Publication_year

Last years might be incomplete

Classes in level above (level 2)


ID, lev.
above		 Publications Label for level above
90 25487 EXCHANGE BIAS//SPINTEC//SPIN TRANSFER TORQUE

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 NEGATIVE REMANENCE Author keyword 3 100% 3% 3
2 CLOCKWISE HYSTERESIS Author keyword 1 50% 2% 2
3 TESTING ANALYZING MAT Address 1 33% 2% 2
4 AMORPHOUS SYSTEMS SOFT MAGNET Author keyword 1 50% 1% 1
5 NEGATIVE COERCIVITY Author keyword 1 50% 1% 1
6 CO FE AL O THIN FILMS Author keyword 0 33% 1% 1
7 HYSTERESIS MAGNETIC Author keyword 0 33% 1% 1
8 RE ENTRANT FERROMAGNETISM Author keyword 0 33% 1% 1
9 SYNTHETIC ANTIFERROMAGNETIC COUPLING Author keyword 0 33% 1% 1
10 THIN FILMS MULTILAYER 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 NEGATIVE REMANENCE 3 100% 3% 3 Search NEGATIVE+REMANENCE Search NEGATIVE+REMANENCE
2 CLOCKWISE HYSTERESIS 1 50% 2% 2 Search CLOCKWISE+HYSTERESIS Search CLOCKWISE+HYSTERESIS
3 AMORPHOUS SYSTEMS SOFT MAGNET 1 50% 1% 1 Search AMORPHOUS+SYSTEMS+SOFT+MAGNET Search AMORPHOUS+SYSTEMS+SOFT+MAGNET
4 NEGATIVE COERCIVITY 1 50% 1% 1 Search NEGATIVE+COERCIVITY Search NEGATIVE+COERCIVITY
5 CO FE AL O THIN FILMS 0 33% 1% 1 Search CO+FE+AL+O+THIN+FILMS Search CO+FE+AL+O+THIN+FILMS
6 HYSTERESIS MAGNETIC 0 33% 1% 1 Search HYSTERESIS+++MAGNETIC Search HYSTERESIS+++MAGNETIC
7 RE ENTRANT FERROMAGNETISM 0 33% 1% 1 Search RE+ENTRANT+FERROMAGNETISM Search RE+ENTRANT+FERROMAGNETISM
8 SYNTHETIC ANTIFERROMAGNETIC COUPLING 0 33% 1% 1 Search SYNTHETIC+ANTIFERROMAGNETIC+COUPLING Search SYNTHETIC+ANTIFERROMAGNETIC+COUPLING
9 THIN FILMS MULTILAYER 0 33% 1% 1 Search THIN+FILMS+++MULTILAYER Search THIN+FILMS+++MULTILAYER
10 ELASTICITY LIMIT 0 25% 1% 1 Search ELASTICITY+LIMIT Search ELASTICITY+LIMIT

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 METAL METAL EPITAXY 11 69% 8% 9
2 INVERTED HYSTERESIS 6 53% 7% 8
3 INVERTED HYSTERESIS LOOPS 4 56% 4% 5
4 ROOM TEMPERATURES 1 21% 5% 6
5 AMORPHOUS BILAYERS 1 50% 1% 1
6 FE MO 1 17% 3% 3
7 CU SI111 INTERFACE 0 20% 1% 1
8 NEGATIVE COERCIVITY 0 13% 1% 1
9 STOCHASTIC INPUT 0 13% 1% 1
10 CU100 SI100 0 10% 1% 1

Journals

Reviews


Title Publ. year Cit. Active
references		 % act. ref.
to same field
Accommodation processes in nanostructured functional materials 2004 0 11 9%

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 TESTING ANALYZING MAT 1 33% 1.8% 2
2 TECHNOL MACHINERY 0 20% 0.9% 1
3 COMP ELECT AUTOMAT 0 14% 0.9% 1
4 BAR ILAN NANOTECHNOL 0 100% 0.9% 1
5 LAMINAS DELGADAS 0 100% 0.9% 1

Related classes at same level (level 1)


Rank Relatedness score Related classes
1 0.0000162562 FE SI MULTILAYERS//MAGNETOOPT LAMINAS DELGADAS//FE SI MULTILAYER
2 0.0000162004 FERROMAGNETIC SILICIDE//FE GAAS//PSEUDOMORPHIC STRUCTURE
3 0.0000144381 NEEL CAPS//BLOCH LINES//BLOCH DOMAIN WALL
4 0.0000115012 SPIN REORIENTATION TRANSITION//ULTRATHIN MAGNETIC FILM//REORIENTATION PHASE TRANSITION
5 0.0000113566 NANOSPIN SPINTRON MAT//COSIB//PERPENDICULAR MAGNETIC ANISOTROPY
6 0.0000098341 ZENTRUM ELEKT KORRELAT MAGNETISMUS//EUTE//EUROPIUM CHALCOGENIDE
7 0.0000089541 FINEMET//NANOCRYSTALLINE ALLOYS//NANOCRYSTALLINE ALLOY
8 0.0000084929 GIANT MAGNETORESISTANCE//INTERLAYER EXCHANGE COUPLING//IC E
9 0.0000084843 MAGNETOOPTICAL DISK//MAGNETICALLY INDUCED SUPER RESOLUTION//DOMAIN EXPANSION
10 0.0000080447 FCC FE//METAL METAL MAGNETIC THIN FILM STRUCTURES//V MONOLAYER