citation - Daria-Maltseva/mixedmethods GitHub Wiki
Cite.net
Distributions
Cumulative log (from previous dataset)
setwd("C:/Mail.Ru Cloud/ANR HSE/ANR Projects/Mixed methods/Analysis/Stage 3")
d <- read.csv("./Cite_indegree.vec",header=FALSE,skip=1)$V1
t <- table(d)
t
x <- as.numeric(names(t))
plot(x,t,log="xy",pch=16,cex=0.75,main="Cite input degrees / logs")
len <- length(t)
z <- t[len:1]; y <- cumsum(z); z <- y[len:1]
plot(x,z,log="xy",pch=16,cex=0.75,xlab='Degree',ylab='Number', main="Cite input degrees cumulative / logs")
Final dataset
setwd("C:/Mail.Ru Cloud/ANR HSE/ANR Projects/Mixed methods/Analysis")
d <- read.csv("./Cite_Indegree.vec",header=FALSE,skip=1)$V1
t <- table(d)
t
x <- as.numeric(names(t))
plot(x,t,log="xy",pch=16,cex=0.75,xlab='Degree',ylab='Number', main="Cite input degrees / logs")
len <- length(t)
z <- t[len:1]; y <- cumsum(z); z <- y[len:1]
plot(x,z,log="xy",pch=16,cex=0.75,xlab='Degree',ylab='Number', main="Cite input degrees cumulative / logs")
> setwd("C:/Mail.Ru Cloud/ANR HSE/ANR Projects/Mixed methods/Analysis")
> d <- read.csv("./Cite_Indegree.vec",header=FALSE,skip=1)$V1
> t <- table(d)
> t
d
0 1 2 3 4 5 6 7 8 9 10 11 12 13
16505 438040 57994 16710 6814 3397 1969 1174 830 613 468 393 279 252
14 15 16 17 18 19 20 21 22 23 24 25 26 27
214 167 129 121 111 83 89 71 51 63 48 50 36 28
28 29 30 31 32 33 34 35 36 37 38 39 40 41
31 40 25 22 25 21 20 14 21 14 17 12 16 12
42 43 44 45 46 47 48 49 50 51 52 53 54 55
15 14 18 15 12 12 5 17 7 4 8 5 8 9
56 57 58 59 60 61 62 63 64 65 66 67 68 69
8 5 6 7 8 10 8 4 9 1 9 5 3 2
70 71 72 73 74 75 76 77 78 79 80 81 82 83
2 5 5 3 3 4 4 2 3 3 1 4 2 6
84 85 86 87 88 90 91 92 93 94 95 98 99 100
3 1 6 1 2 3 3 2 1 1 3 1 1 1
102 103 104 106 107 110 111 112 113 114 116 118 119 120
1 1 3 1 2 1 1 2 1 2 2 1 2 1
121 122 123 125 126 127 128 129 130 133 136 138 139 140
3 1 2 2 1 2 2 1 3 1 1 1 1 1
141 142 143 144 146 148 152 154 157 158 161 163 166 167
1 1 3 1 1 1 2 1 2 1 3 1 1 1
169 170 171 175 176 179 181 186 188 191 202 206 219 222
1 1 1 1 1 1 1 1 1 1 1 1 1 1
224 231 233 247 250 259 260 261 269 274 277 296 309 326
1 1 1 1 1 1 1 1 1 1 1 1 1 1
368 392 409 438 444 448 484 557 559 643 657 675 908 991
1 1 1 1 2 1 1 1 1 1 1 1 1 1
1093 1104
1 1
> x <- as.numeric(names(t))
> plot(x,t,log="xy",pch=16,cex=0.75,main="Cite input degrees / logs")
Warning message:
In xy.coords(x, y, xlabel, ylabel, log) :
1 x value <= 0 omitted from logarithmic plot
> len <- length(t)
> z <- t[len:1]; y <- cumsum(z); z <- y[len:1]
> plot(x,z,log="xy",pch=16,cex=0.75,xlab='Degree',ylab='Number', main="Cite input degrees cumulative / logs")
Warning message:
In xy.coords(x, y, xlabel, ylabel, log) :
1 x value <= 0 omitted from logarithmic plot
> plot(x,t,log="xy",pch=16,cex=0.75,xlab='Degree',ylab='Number', main="Cite input degrees / logs")
Warning message:
In xy.coords(x, y, xlabel, ylabel, log) :
1 x value <= 0 omitted from logarithmic plot
> len <- length(t)
> z <- t[len:1]; y <- cumsum(z); z <- y[len:1]
> plot(x,z,log="xy",pch=16,cex=0.75,xlab='Degree',ylab='Number', main="Cite input degrees cumulative / logs")
Warning message:
In xy.coords(x, y, xlabel, ylabel, log) :
1 x value <= 0 omitted from logarithmic plot
>
Network simplificatin
==============================================================================
1. C:\Mail.Ru Cloud\ANR HSE\ANR Projects\Mixed methods\Data\2019_FINAL DATASET\Cite.net (547407)
==============================================================================
Number of vertices (n): 547407
----------------------------------------------------------
Arcs Edges
----------------------------------------------------------
Total number of lines 772665 0
----------------------------------------------------------
Number of loops 30 0
Number of multiple lines 3130 0
----------------------------------------------------------
Density [loops allowed] = 0.00000258
Average Degree = 2.82300007
Remove loops
Remove - multiple lines - single line
Simplification (Single line)
==============================================================================
4. Simplification (Single Line) of N3 (547407)
==============================================================================
Number of vertices (n): 547407
----------------------------------------------------------
Arcs Edges
----------------------------------------------------------
Total number of lines 769508 0
----------------------------------------------------------
Number of loops 0 0
Number of multiple lines 0 0
----------------------------------------------------------
Density1 [loops allowed] = 0.00000257
Density2 [no loops allowed] = 0.00000257
Average Degree = 2.81146569
Most cited works (old)
1 978 CRESWELL_J(2007): Creswell J. W. Designing and conducting mixed methods research ***** 2007
2 957 CRESWELL_J(2011): Creswell J. W. Best Practices for Mixed Methods Research in the Health Sciences ***** 2011
3 935 BRAUN_V(2006)3:77 Braun V. Using thematic analysis in psychology QUAL RES PSYCHOL 2006
4 813 MILES_M(1994): Miles M. Qualitative data analysis: An expanded sourcebook ***** 1994
5 593 PATTON_M(2002): Patton M. G. Qualitative research and evaluation methods ***** 2002
6 585 GLASER_B(1967): Glaser, B.G. The Discovery of Grounded Theory: Strategies for Qualitative Research ***** 1967
7 554 JOHNSON_R(2004)33:14 Johnson, R. B. Mixed methods research: A research paradigm whose time has come ***** 2004
8 502 LINCOLN_Y(1985): Lincoln Y.S. Naturalistic inquiry ***** 1985
9 469 CRESWELL_J(2003): Creswell J. W. Research design: Qualitative, quantitative, and mixed methods approaches. 4th edition ***** 2003
10 444 CARACELL_V(1989)11:255 Caracelli, Valerie J Toward a conceptual framework for mixed-method evaluation designs ***** 1989
11 422 HSIEH_H(2005)15:1277 Hsieh HF Three approaches to qualitative content analysis QUAL HEALTH RES 2005
12 407 STRAUSS_A(1998): Strauss A. L. Basics of qualitative research ***** 1998
13 406 JOHNSON_R(2007)1:112 Johnson, RB Toward a Definition of Mixed Methods Research J MIX METHOD RES 2007
14 378 TASHAKKO_A(2003): Tashakkori, A Handbook of mixed methods in social and behavioral research ***** 2003
15 341 TEDDLIE_C(2009): Teddlie, Charles Foundations of mixed methods research: Integrating quantitative and qualitative approaches in the social and behavioral sciences ***** 2009
16 327 CRESWELL_J(2009): Creswell J. W. Research design: Qualitative, quantitative, and mixed methods approaches ***** 2009
17 322 TASHAKKO_A(1998): Tashakkori, Abbas Mixed methodology: Combining qualitative and quantitative approaches ***** 1998
18 298 STRAUSS_A(1990): Strauss A. L. Basics of qualitative research ***** 1990
19 285 COHEN_J(1988): Cohen J. Statistical Power Analysis for the Behavioral Sciences ***** 1988
21 249 CRESWELL_J(2003):209 Creswell, John W Advanced mixed methods research designs ***** 2003
22 242 CHARMAZ_K(2006): Charmaz K. Constructing grounded theory: A practical guide through qualitative analysis ***** 2006
23 236 PATTON_M(1990): Patton MQ Qualitative evaluation and research methods ***** 1990
25 227 GREENE_J(2007): Greene, Jennifer C Mixed methods in social inquiry ***** 2007
28 212 BRYMAN_A(2006)6:97 Bryman, Alan Integrating quantitative and qualitative research: how is it done? ***** 2006
30 198 CRESWELL_J(2013): Morgan, DL Paradigms Lost and Pragmatism Regained Methodological Implications of Combining Qualitative and Quantitative Methods J MIX METHOD RES 2007
Most cited works - FINAL dataset
==============================================================================
2. Input Degree of N4 (547407)
==============================================================================
Dimension: 547407
The lowest value: 0.0000
The highest value: 1069.0000
Highest values:
Rank Vertex Value Id
--------------------------------------------------------
1 655 1069.0000 CRESWELL_J(2007):
2 455 1047.0000 CRESWELL_J(2011):
3 185 990.0000 BRAUN_V(2006)3:77
4 2691 907.0000 MILES_M(1994):
5 900 675.0000 JOHNSON_R(2004)33:14
6 1877 654.0000 PATTON_M(2002):
7 1098 643.0000 GLASER_B(1967):
8 1045 558.0000 LINCOLN_Y(1985):
9 1590 549.0000 CRESWELL_J(2003):
10 59 484.0000 JOHNSON_R(2007)1:112
11 1039 448.0000 HSIEH_H(2005)15:1277
12 7758 444.0000 TASHAKKO_A(2003):
13 7002 444.0000 CARACELL_V(1989)11:255
14 1883 438.0000 STRAUSS_A(1998):
15 6915 409.0000 TEDDLIE_C(2009):
16 5968 392.0000 CRESWELL_J(2009):
17 5897 368.0000 TASHAKKO_A(1998):
18 3852 326.0000 STRAUSS_A(1990):
19 5400 309.0000 COHEN_J(1988):
20 8045 296.0000 CRESWELL_J(2003):209
21 12997 274.0000 GREENE_J(2007):
22 5663 269.0000 PATTON_M(1990):
23 1093 260.0000 CHARMAZ_K(2006):
24 5991 259.0000 BRYMAN_A(2006)6:97
25 1859 244.0000 CRESWELL_J(2013):
26 3531 242.0000 [ANONYMO(2014):
27 14146 232.0000 [ANONYMO(2012):
28 63 231.0000 MORGAN_D(2007)1:48
29 51 224.0000 BRYMAN_A(2007)1:8
30 7130 220.0000 CRESWELL_J(2014):
31 243 211.0000 [ANONYMO(2011):
32 3030 203.0000 [ANONYMO(2013):
33 1163 202.0000 CORBIN_J(2008):
34 14145 193.0000 [ANONYMO(2010):
35 43276 189.0000 YIN_R(2003):
36 6914 188.0000 TASHAKKO_A(2010):
37 6002 186.0000 GRANEHEI_U(2004)24:105
38 3029 184.0000 [ANONYMO(2015):
39 3589 181.0000 BOYATZIS_R(1998):
40 7613 179.0000 BANDURA_A(1986):
41 8722 175.0000 MORSE_J(1991)40:120
42 5812 171.0000 YIN_R(2009):
43 1323 170.0000 WORLD_H(2010):
44 5050 170.0000 BANDURA_A(1997):
45 10710 169.0000 TEDDLIE_C(2007)1:77
46 20453 166.0000 VYGOTSKY_L(1978):
47 17660 163.0000 HANSON_W(2005)52:224
48 3983 161.0000 GUEST_G(2006)18:59
49 48804 161.0000 MORGAN_D(1998)8:362
50 5923 161.0000 POPE_C(2000)320:114
51 1579 160.0000 [ANONYMO(2009):
52 4053 158.0000 CRAIG_P(2008)337:a1655
53 3559 157.0000 LEECH_N(2009)43:265
54 4756 157.0000 SANDELOW_M(2000)23:334
55 521 154.0000 TONG_A(2007)19:349
56 7518 152.0000 JICK_T(1979)24:602
57 5891 152.0000 ROGERS_E(2003):
58 379 148.0000 LANDIS_J(1977)33:159
59 644 144.0000 AJZEN_I(1991)50:179
60 27164 143.0000 CRESWELL_J(2004)2:7
--------------------------------------------------------
Sum (all values): 769508.0000
Cited works - early years
==============================================================================
2. C:\Mail.Ru Cloud\ANR HSE\ANR Projects\Mixed methods\Data\2019_FINAL DATASET_copy\Year.clu (547407)
==============================================================================
Dimension: 547407
The lowest value: 0
The highest value: 2020
Frequency distribution of cluster values:
Cluster Freq Freq% CumFreq CumFreq% Representative
----------------------------------------------------------------
0 5898 1.0774 5898 1.0774 DOWNE_S(0):WHAT_MATTERS_WOMEN_C
1 1 0.0002 5899 1.0776 USAID(1)(2013):
2 1 0.0002 5900 1.0778 USAID(2)(2014):
1003 1 0.0002 5901 1.0780 FORD_C(1003):
1093 1 0.0002 5902 1.0782 LEVISTRA_C(1093):
1142 1 0.0002 5903 1.0784 GANTZ_J(1142):
1513 1 0.0002 5904 1.0785 MACHIAVE_N(1513):
1575 1 0.0002 5905 1.0787 FONTANED_H(1575):
1595 1 0.0002 5906 1.0789 SHAKESPE_W(1595):
1603 1 0.0002 5907 1.0791 SHAKESPE_W(1603):
1610 1 0.0002 5908 1.0793 GALILEO_G(1610):
1651 1 0.0002 5909 1.0795 HOBBES_T(1651):
1669 1 0.0002 5910 1.0796 WEBB_J(1669):
1676 1 0.0002 5911 1.0798 DEBES_L(1676):
1687 1 0.0002 5912 1.0800 NEWTON_L(1687)6:
1707 1 0.0002 5913 1.0802 SLOANE_H(1707):
1710 1 0.0002 5914 1.0804 BERKELEY_G(1710):
1724 1 0.0002 5915 1.0805 KANT_I(1724):
1736 1 0.0002 5916 1.0807 HALE_M(1736):
1739 1 0.0002 5917 1.0809 HUME_D(1739):
1748 1 0.0002 5918 1.0811 HUME_D(1748):
1750 1 0.0002 5919 1.0813 HUME_D(1750):
1751 1 0.0002 5920 1.0815 HUME_D(1751):
1756 1 0.0002 5921 1.0816 BROWNE_P(1756):
1757 1 0.0002 5922 1.0818 LIND_J(1757):
1758 1 0.0002 5923 1.0820 LINNAEUS_C(1758):
1762 1 0.0002 5924 1.0822 ROUSSEAU_J(1762):
1775 1 0.0002 5925 1.0824 ROMANS_B(1775):
1776 3 0.0005 5928 1.0829 SMITH_A(1776):
1781 1 0.0002 5929 1.0831 KANT_I(1781):
1785 1 0.0002 5930 1.0833 WENDEBOR_G(1785):
1786 1 0.0002 5931 1.0835 HUME_D(1786):
1787 1 0.0002 5932 1.0837 KANT_I(1787):
1788 1 0.0002 5933 1.0838 LAGRANGE_J(1788):
1789 1 0.0002 5934 1.0840 DAIN_N(1789):
1790 2 0.0004 5936 1.0844 ADAMS_J(1790):
1791 1 0.0002 5937 1.0846 KUTTNER_G(1791):
1794 3 0.0005 5940 1.0851 RUHKOPF_F(1794):
1795 2 0.0004 5942 1.0855 HECHTIUS_F(1795):
1796 1 0.0002 5943 1.0857 [ANONYMO(1796):
1797 1 0.0002 5944 1.0858 SWARTZ_O(1797):
1802 1 0.0002 5945 1.0860 MURRAY_J(1802):
1803 1 0.0002 5946 1.0862 BURKE_E(1803)2:
1805 1 0.0002 5947 1.0864 LACOSTE_P(1805):
1807 2 0.0004 5949 1.0868 HEGEL_G(1807):
1808 1 0.0002 5950 1.0869 PARKINSO_J(1808):
1809 2 0.0004 5952 1.0873 HECHTIUS_F(1809):
1811 3 0.0005 5955 1.0879 BREISLAK_S(1811):
1812 1 0.0002 5956 1.0880 SMITH_R(1812):
1813 2 0.0004 5958 1.0884 BAKEWELL_I(1813):
1814 1 0.0002 5959 1.0886 LUNAN_J(1814):
1815 3 0.0005 5962 1.0891 THE_D(1815):
1816 1 0.0002 5963 1.0893 CLEAVELA_P(1816):
1817 2 0.0004 5965 1.0897 SMITH_W(1817):
1818 4 0.0007 5969 1.0904 BREISLAK_S(1818):
1819 1 0.0002 5970 1.0906 AUBUISSO_D(1819):
1820 1 0.0002 5971 1.0908 VONBUCH_L(1820):
1821 1 0.0002 5972 1.0910 MACCULLO_J(1821):
1822 2 0.0004 5974 1.0913 CONYBEAR_W(1822):
1823 1 0.0002 5975 1.0915 THOMPSON_D(1823):
1824 4 0.0007 5979 1.0922 BUCK_L(1824):
1825 2 0.0004 5981 1.0926 MAWE_J(1825):
1826 2 0.0004 5983 1.0930 GIRARDIN_J(1826):
1827 5 0.0009 5988 1.0939 THE_M(1827)23:381
1828 2 0.0004 5990 1.0942 JOHNS_J(1828):
1829 6 0.0011 5996 1.0953 NIEMEYER_A(1829):
1830 4 0.0007 6000 1.0961 LYELL_C(1830)1:
1831 4 0.0007 6004 1.0968 CUVIER_G(1831):
1833 7 0.0013 6011 1.0981 BOUBEE_N(1833):
1834 4 0.0007 6015 1.0988 HAMILTON_W(1834)124:247
1835 5 0.0009 6020 1.0997 HAMILTON_W(1835)125:95
1836 3 0.0005 6023 1.1003 MANTELL_G(1836):
1837 4 0.0007 6027 1.1010 DELABECH_H(1837):
1838 5 0.0009 6032 1.1019 DELA_B(1838):
1839 4 0.0007 6036 1.1027 SCHACHT_E(1839):
1840 3 0.0005 6039 1.1032 HOLDEN_W(1840):
1841 1 0.0002 6040 1.1034 PUGIN_A(1841):
1842 2 0.0004 6042 1.1037 DICKENS_C(1842)1:
1843 4 0.0007 6046 1.1045 DICKENS_C(1843):
1844 4 0.0007 6050 1.1052 MARX_K(1844):
1845 2 0.0004 6052 1.1056 MARX_K(1845)5:
1846 1 0.0002 6053 1.1058 STEELE_G(1846):
1847 1 0.0002 6054 1.1059 QUETELET_A(1847)3:135
1848 2 0.0004 6056 1.1063 WILBRAHA_H(1848)3:1848
1849 2 0.0004 6058 1.1067 VISSCHER_P(1849):
1850 2 0.0004 6060 1.1070 KIRCHHOF_G(1850)40:51
1851 1 0.0002 6061 1.1072 PUGIN_A(1851):
1852 1 0.0002 6062 1.1074 [ANONYMO(1852):
1853 1 0.0002 6063 1.1076 NEWMAN_J(1853):
1854 1 0.0002 6064 1.1078 THOREAU_H(1854):
1855 2 0.0004 6066 1.1081 CHAMBERL_W(1855):
1857 4 0.0007 6070 1.1089 USHINSKY_K(1857):100
1858 6 0.0011 6076 1.1100 INE(1858):
1859 3 0.0005 6079 1.1105 MARX_K(1859):
1860 3 0.0005 6082 1.1111 NIGHTING_F(1860):
1861 2 0.0004 6084 1.1114 DOSTOEVS_F(1861):
1862 1 0.0002 6085 1.1116 MONNIER_M(1862):
1863 2 0.0004 6087 1.1120 MILL_J(1863):
1864 2 0.0004 6089 1.1123 MARSH_G(1864):
1865 2 0.0004 6091 1.1127 JEVONS_W(1865)28:294
----------------------------------------------------------------
Sum 547407 1.1127
Boundary Cite - old
Simplify network
Cluster Freq Freq% CumFreq CumFreq% Representative
----------------------------------------------------------------
0 13555 2.7151 13555 2.7151 HILL_M(2018)34:71
1 403318 80.7846 416873 83.4997 ABBOTT_L(2015)26:340
2 51722 10.3599 468595 93.8596 BRASHERS_D(2004)16:305
3 14692 2.9428 483287 96.8024 CHESNEY_M(1999)42:1162
4 6023 1.2064 489310 98.0088 KALICHMA_S(2003)26:315
5 2998 0.6005 492308 98.6093 CRESWELL_J(2015):57
6 1710 0.3425 494018 98.9518 BOHREN_M(2014)11:71
7 1082 0.2167 495100 99.1686 HEALTH_R(2013):
Treshold 2
==============================================================================
13. Binarized C9 [3-*] (499251)
==============================================================================
Dimension: 499251
The lowest value: 0
The highest value: 1
Frequency distribution of cluster values:
Cluster Freq Freq% CumFreq CumFreq% Representative
----------------------------------------------------------------
0 468595 93.8596 468595 93.8596 ABBOTT_L(2015)26:340
1 30656 6.1404 499251 100.0000 CHESNEY_M(1999)42:1162
----------------------------------------------------------------
Sum 499251 100.0000
DC.clu
Cluster Freq Freq% CumFreq CumFreq% Representative
----------------------------------------------------------------
0 482624 96.6696 482624 96.6696 ABBOTT_L(2015)26:340
1 16627 3.3304 499251 100.0000 HILL_M(2018)34:71
----------------------------------------------------------------
Sum 499251 100.0000
Binarized + DC partitions
Max (First, Second)
Cluster Freq Freq% CumFreq CumFreq% Representative
----------------------------------------------------------------
0 452752 90.6862 452752 90.6862 ABBOTT_L(2015)26:340
1 46499 9.3138 499251 100.0000 CHESNEY_M(1999)42:1162
----------------------------------------------------------------
Sum 499251 100.0000
Key Routes
1-30
Multiply by 100 for pic
Main path analysis FINAL data
Boundary
Simplified network
Indegree partition - we choose 3 and more:
==============================================================================
9. Input Degree Partition of N4 (547407)
==============================================================================
Dimension: 547407
The lowest value: 0
The highest value: 1069
Frequency distribution of cluster values:
Cluster Freq Freq% CumFreq CumFreq% Representative
----------------------------------------------------------------
0 16529 3.0195 16529 3.0195 HILL_M(2018)34:71
1 439109 80.2162 455638 83.2357 ABBOTT_L(2015)26:340
2 57270 10.4621 512908 93.6977 BRASHERS_D(2004)16:305
3 16512 3.0164 529420 96.7141 CHESNEY_M(1999)42:1162
4 6753 1.2336 536173 97.9478 KALICHMA_S(2003)26:315
5 3358 0.6134 539531 98.5612 LANGFORD_C(1997)25:95
Partition - Binarize partition - 3-*
==============================================================================
12. Binarized C9 [3-*] (547407)
==============================================================================
Dimension: 547407
The lowest value: 0
The highest value: 1
Frequency distribution of cluster values:
Cluster Freq Freq% CumFreq CumFreq% Representative
----------------------------------------------------------------
0 512908 93.6977 512908 93.6977 ABBOTT_L(2015)26:340
1 34499 6.3023 547407 100.0000 CHESNEY_M(1999)42:1162
----------------------------------------------------------------
Sum 547407 100.0000
DC.clu
==============================================================================
6. DCbin (547407)
==============================================================================
Dimension: 547407
The lowest value: 0
The highest value: 1
Frequency distribution of cluster values:
Cluster Freq Freq% CumFreq CumFreq% Representative
----------------------------------------------------------------
0 529238 96.6809 529238 96.6809 ABBOTT_L(2015)26:340
1 18169 3.3191 547407 100.0000 HILL_M(2018)34:71
----------------------------------------------------------------
Sum 547407 100.0000
Binarized + DC partitions
Max (First, Second)
==============================================================================
13. Max of C6 and C12 (547407)
==============================================================================
Dimension: 547407
The lowest value: 0
The highest value: 1
Frequency distribution of cluster values:
Cluster Freq Freq% CumFreq CumFreq% Representative
----------------------------------------------------------------
0 495661 90.5471 495661 90.5471 ABBOTT_L(2015)26:340
1 51746 9.4529 547407 100.0000 CHESNEY_M(1999)42:1162
----------------------------------------------------------------
Sum 547407 100.0000
Saved as Boundary.clu
Operations - Network + Partition - Export
==============================================================================
5. Extracting N4 according to C13 [1] (51746)
==============================================================================
Number of vertices (n): 51746
----------------------------------------------------------
Arcs Edges
----------------------------------------------------------
Total number of lines 219131 0
----------------------------------------------------------
Number of loops 0 0
Number of multiple lines 0 0
----------------------------------------------------------
Density1 [loops allowed] = 0.00008184
Density2 [no loops allowed] = 0.00008184
Average Degree = 8.46948556
CiteB.net
Aciclicity
==============================================================================
15. Strong Components of N5 [>=2] (51746, comp.=16)
==============================================================================
Dimension: 51746
The lowest value: 0
The highest value: 16
Frequency distribution of cluster values:
Cluster Freq Freq% CumFreq CumFreq% Representative
----------------------------------------------------------------
0 51709 99.9285 51709 99.9285 CHESNEY_M(1999)42:1162
1 4 0.0077 51713 99.9362 FETTERS_M(2013)48:2134
2 5 0.0097 51718 99.9459 BROWNSON_R(2012)43:S271
3 2 0.0039 51720 99.9498 ROHLFING_I(2018)47:37
4 2 0.0039 51722 99.9536 PETTICRE_M(2013)66:1230
5 2 0.0039 51724 99.9575 MCINNES_S(2015)15:437
6 2 0.0039 51726 99.9613 YEH_C(2007)35:369
7 2 0.0039 51728 99.9652 WATSON_S(2013)38:95
8 2 0.0039 51730 99.9691 MOORTGAT_J(2012)48:2011WR011736
9 2 0.0039 51732 99.9729 SCANLAN_T(2003)25:377
10 2 0.0039 51734 99.9768 COOPER_S(2007)24:630
11 2 0.0039 51736 99.9807 HEYVAERT_M(2014)27:493
12 2 0.0039 51738 99.9845 GAMBREL_L(2015)41:25
13 2 0.0039 51740 99.9884 CLASSEN_S(2006)22:99
14 2 0.0039 51742 99.9923 ROMERO_D(2012)37:995
15 2 0.0039 51744 99.9961 KORTZ_K(2011)474:171
16 2 0.0039 51746 100.0000 BIKOS_L(2007)34:28
----------------------------------------------------------------
Sum 51746 100.0000
StrongComp.net - 37 nodes
==============================================================================
7. Preprint Transformation of N5 (51783)
==============================================================================
Number of vertices (n): 51783
----------------------------------------------------------
Arcs Edges
----------------------------------------------------------
Total number of lines 219183 0
----------------------------------------------------------
Number of loops 0 0
Number of multiple lines 0 0
----------------------------------------------------------
Density1 [loops allowed] = 0.00008174
Density2 [no loops allowed] = 0.00008174
Average Degree = 8.46544233
Traversal weights - Search path count
==============================================================================
Citation Weights: Search Path Count (SPC)
==============================================================================
Working...
Flow = 464793497
Weights of arcs and weights of vertices normalized by: 464793497
Time spent: 0:00:00
Main path
Global search - Standart
==============================================================================
9. Standard Global Main Path of N8 (29)
==============================================================================
Number of vertices (n): 29
MainPath.net
For picture: values of lines are multiplied by 10
Key Routes
Global search - Key Routes [1-30]
==============================================================================
14. Key-Route Global Main Path [1-30] of N8 (43)
==============================================================================
Number of vertices (n): 43
Interesting situation with Fetters: two nodes became connected to each other, even though there are no loops in the original network:
Input: FETTERS_M(2013)48:2134
Possible Matching: FETTERS_M(2013)48:2134 (150)
Input: FETTERS_M(2013)48:2134
Possible Matching: =FETTERS_M(2013)48:2134 (51747)
Islands
==============================================================================
64. Islands [Line Weights] in N8 [10,100] (51783, Islands=11)
==============================================================================
Dimension: 51783
The lowest value: 0
The highest value: 11
Frequency distribution of cluster values:
Cluster Freq Freq% CumFreq CumFreq% Representative
----------------------------------------------------------------
0 51482 99.4187 51482 99.4187 1
1 11 0.0212 51493 99.4400 217
2 10 0.0193 51503 99.4593 774
3 10 0.0193 51513 99.4786 5319
4 89 0.1719 51602 99.6505 29146
5 19 0.0367 51621 99.6872 1467
6 10 0.0193 51631 99.7065 1989
7 10 0.0193 51641 99.7258 17164
8 14 0.0270 51655 99.7528 3545
9 11 0.0212 51666 99.7741 17185
10 18 0.0348 51684 99.8088 4199
11 99 0.1912 51783 100.0000 11
----------------------------------------------------------------
Sum 51783 100.0000
Extracted largest - 99 and 89. 99 looks ok, 89 is different. Have titles.
Titles_Different Subgroups.xls
Most cited papers from 2010
Analysis_Citation.paj
N4 Cite_Simplification.net` (547407)
Input degree of N4 (547407)
Year.clu (547407)
Select Year.clu - Binarize by 2010:
==============================================================================
110. Binarized C2 [2010-*] (547407)
==============================================================================
Dimension: 547407
The lowest value: 0
The highest value: 1
Frequency distribution of cluster values:
Cluster Freq Freq% CumFreq CumFreq% Representative
----------------------------------------------------------------
0 338784 61.8889 338784 61.8889 BRASHERS_D(2004)16:305
1 208623 38.1111 547407 100.0000 ABBOTT_L(2015)26:340
----------------------------------------------------------------
Sum 547407 100.0000
Operations - Vector + Partition - Extract [1]
Operations - Network + Partition - Extract [1]
==============================================================================
9. Extracting from V2 vertices determined by C110 [1] (208623)
==============================================================================
Dimension: 208623
The lowest value: 0.0000
The highest value: 1047.0000
Highest values:
Rank Vertex Value Id
--------------------------------------------------------
1 268 1047.0000 CRESWELL_J(2011):
2 999 244.0000 CRESWELL_J(2013):
3 1960 242.0000 [ANONYMO(2014):
4 7924 232.0000 [ANONYMO(2012):
5 4115 220.0000 CRESWELL_J(2014):
6 144 211.0000 [ANONYMO(2011):
7 1641 203.0000 [ANONYMO(2013):
8 7923 193.0000 [ANONYMO(2010):
9 3995 188.0000 TASHAKKO_A(2010):
10 1640 184.0000 [ANONYMO(2015):
11 747 170.0000 WORLD_H(2010):
12 270 140.0000 FETTERS_M(2013)48:2134
13 183 132.0000 AMERICAN_P(2013):
14 4560 128.0000 DEPARTME_O(2011):
15 2108 124.0000 DEPARTME_O(2010):
16 1936 122.0000 WORLD_H(2014):
17 375 118.0000 CRESWELL_J(2012):
18 3895 114.0000 DEPARTME_O(2012):
19 758 113.0000 WORLD_H(2013):
20 1856 112.0000 WORLD_H(2012):
21 2153 106.0000 WORLD_H(2015):
22 727 103.0000 [ANONYMO(2016):
23 645 101.0000 DEPARTME_O(2013):
24 1297 99.0000 U_S(2010):
25 12522 97.0000 WORLD_H(2011):
26 4805 96.0000 CRESWELL_J(2015):
27 766 95.0000 CRESWELL_J(2010):
28 5935 91.0000 O'CATHAI_A(2010)341:c4587
29 8222 79.0000 MINISTRY_O(2010):
30 303 78.0000 INSTITUT_O(2011):
31 555 78.0000 MILES_M(2014):
32 1376 76.0000 QSR_I(2012):
33 9297 76.0000 HESSE-BI_S(2010):
34 256 72.0000 PLUYE_P(2011):
35 5231 71.0000 U_S(2011):
36 6915 69.0000 MINISTRY_O(2012):
37 1478 67.0000 PACE_R(2012)49:47
38 5098 67.0000 CENTERS_F(2014):
39 113 66.0000 GALE_N(2013)13:117
40 2285 66.0000 PALINKAS_L(2011)38:44
41 1102 66.0000 PLUYE_P(2014)35:29
42 5360 64.0000 MINISTRY_O(2013):
43 4476 64.0000 YIN_R(2014):
44 1545 63.0000 U_S(2012):
45 5311 63.0000 SALDANA_J(2013):
46 2029 62.0000 FEILZER_M(2010)4:6
47 12272 62.0000 ALISE_M(2010)4:103
48 2520 62.0000 UNITED_N(2015):
49 76 61.0000 WORLD_H(2016):
50 9240 61.0000 MINISTRY_O(2011):
51 4214 61.0000 SMALL_M(2011)37:57
52 6463 59.0000 NATIONAL_I(2013):
53 11262 59.0000 NATIONAL_C(2010):
54 10333 59.0000 NATIONAL_C(2013):
55 4540 59.0000 BRYMAN_A(2012):
56 760 58.0000 WHO(2010):
57 4765 58.0000 MOORE_G(2015)350:h1258
58 3426 57.0000 U_S(2013):
59 3341 57.0000 WHO(2012):
60 1546 57.0000 U_S(2014):
61 3361 55.0000 DEPARTME_O(2014):
62 16184 54.0000 CENTERS_F(2013):
63 9472 54.0000 UNITED_N(2013):
64 4655 53.0000 NATIONAL_R(2012):
65 8103 52.0000 CASTRO_F(2010)4:342
66 3177 52.0000 INSTITUT_O(2010):
67 644 52.0000 DEPARTME_O(2015):
68 305 52.0000 OSTLUND_U(2011)48:369
69 30661 51.0000 CENTERS_F(2011):
70 12975 51.0000 MINISTRY_O(2014):
71 40 51.0000 [ANONYMO(2017):
72 9377 50.0000 NATIONAL_C(2011):
73 7110 49.0000 VENKATES_V(2013)37:21
74 3421 49.0000 NATIONAL_I(2014):
75 3379 49.0000 SANDELOW_M(2010)33:77
76 6296 49.0000 WHO(2013):
77 1293 49.0000 PALINKAS_L(2011)62:255
78 3425 48.0000 U_S(2015):
79 12825 48.0000 WHO(2011):
80 1707 47.0000 AARONS_G(2011)38:4
81 783 47.0000 DENZIN_N(2011):
82 120 46.0000 MICHIE_S(2011)6:42
83 7324 46.0000 CLARK_V(2010)16:428
84 7079 46.0000 HAIR_J(2010):
85 670 46.0000 PATTON_M(2015):
86 9285 46.0000 CHARMAZ_K(2014):
87 4075 45.0000 MINISTRY_O(2015):
88 20306 45.0000 UNITED_N(2014):
89 3488 44.0000 HIGGINS_J(2011):
90 12906 44.0000 PROCTOR_E(2011)38:65
91 14480 43.0000 NATIONAL_I(2012):
92 14219 43.0000 UNITED_N(2010):
93 1547 43.0000 US_D(2010):
94 9489 43.0000 NATIONAL_I(2011):
95 1103 43.0000 POLIT_D(2012):
96 2152 43.0000 WHO(2015):
97 26194 42.0000 CENTERS_F(2012):
98 3101 42.0000 KRIPPEND_K(2013):
99 2990 42.0000 NATIONAL_C(2015):
100 11263 42.0000 NATIONAL_C(2012):
--------------------------------------------------------
Sum (all values): 257543.0000