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Klaus-Dieter Weltmann

University of Greifswald

249(top 1%)

PR articles

14.0K(top 1%)

PR citations

62(top 1%)

PR h-index

65(top 1%)

h-index

315

documents

17.6K

doc citations

1.5K

citing journals

100

times ranked

Filter by:Articles (Lifetime) (3) | Citations (Lifetime) (3) | Citations (per year) (18) | Most Cited Peer-Reviewed Article (Lifetime) (3) | Most Cited Peer-Reviewed Article (per year) (28) | Low Rankings (per year) (62) |

1^st most cited author in Plasma chemistry (2011) [with 556 peer-reviewed citations of 5 peer-reviewed articles]

1^st most cited peer-reviewed article in Plasma chemistry (2019) [with 343 citations of a peer-reviewed article]

1^st most cited author in Plasma polymerization (2011) [with 556 peer-reviewed citations of 5 peer-reviewed articles]

1^st most cited peer-reviewed article in Plasma polymerization (2019) [with 343 citations of a peer-reviewed article]

1^st most cited peer-reviewed article in Plasma devices (2015) [with 511 citations of a peer-reviewed article]

2^nd most cited author in Plasma devices (2015) [with 511 peer-reviewed citations of 2 peer-reviewed articles]

4^th most cited author in Plasma chemistry (2019) [with 343 peer-reviewed citations of 3 peer-reviewed articles]

4^th most cited author in Plasma polymerization (2019) [with 343 peer-reviewed citations of 3 peer-reviewed articles]

5^th most cited author in Plasma chemistry (2010) [with 406 peer-reviewed citations of 4 peer-reviewed articles]

5^th most cited author in Plasma polymerization (2010) [with 406 peer-reviewed citations of 4 peer-reviewed articles]

5^th most cited author in Plasma devices (2012) [with 274 peer-reviewed citations of 4 peer-reviewed articles]

6^th most cited peer-reviewed article in Plasma chemistry (2011) [with 556 citations of a peer-reviewed article]

6^th most cited peer-reviewed article in Plasma polymerization (2011) [with 556 citations of a peer-reviewed article]

6^th most cited author in Plasma polymerization (2013) [with 139 peer-reviewed citations of 2 peer-reviewed articles]

6^th most cited peer-reviewed article in Plasma polymerization (2016) [with 127 citations of a peer-reviewed article]

7^th most cited author in Plasma chemistry (lifetime) [with 2,263 peer-reviewed citations of 32 peer-reviewed articles]

7^th most cited author in Plasma polymerization (2016) [with 127 peer-reviewed citations of 2 peer-reviewed articles]

9^th most cited author in Plasma chemistry (2012) [with 289 peer-reviewed citations of 4 peer-reviewed articles]

9^th most cited author in Plasma polymerization (lifetime) [with 2,123 peer-reviewed citations of 28 peer-reviewed articles]

10^th most cited author in Plasma chemistry (2013) [with 139 peer-reviewed citations of 2 peer-reviewed articles]

10^th most published author in Plasma chemistry (lifetime) [with 32 peer-reviewed articles having 2,263 peer-reviewed citations]

11^th most cited author in Plasma polymerization (2012) [with 249 peer-reviewed citations of 3 peer-reviewed articles]

12^th most cited peer-reviewed article in Plasma chemistry (2010) [with 406 citations of a peer-reviewed article]

12^th most cited peer-reviewed article in Plasma polymerization (2010) [with 406 citations of a peer-reviewed article]

12^th most published author in Plasma polymerization (lifetime) [with 28 peer-reviewed articles having 2,123 peer-reviewed citations]

13^th most cited author in Plasma chemistry (2016) [with 127 peer-reviewed citations of 2 peer-reviewed articles]

14^th most cited peer-reviewed article in Plasma polymerization (2013) [with 139 citations of a peer-reviewed article]

15^th most cited peer-reviewed article in Microstructure (2011) [with 98 citations of a peer-reviewed article]

15^th most cited peer-reviewed article in Plasma devices (2012) [with 274 citations of a peer-reviewed article]

18^th most cited peer-reviewed article in Plasma chemistry (2013) [with 139 citations of a peer-reviewed article]

19^th most cited peer-reviewed article in Plasma devices (2016) [with 205 citations of a peer-reviewed article]

20^th most cited peer-reviewed article in Plasma polymerization (2012) [with 249 citations of a peer-reviewed article]

21^st most cited peer-reviewed article in plasma (2018) [with 58 citations of a peer-reviewed article]

24^th most cited peer-reviewed article in Plasma chemistry (2016) [with 127 citations of a peer-reviewed article]

25^th most cited peer-reviewed article in Plasma devices (lifetime) [with 1,173 citations of a peer-reviewed article]

27^th most cited peer-reviewed article in Plasma chemistry (2023) [with 39 citations of a peer-reviewed article]

27^th most cited peer-reviewed article in Plasma polymerization (2008) [with 56 citations of a peer-reviewed article]

28^th most cited author in Plasma polymerization (2015) [with 108 peer-reviewed citations of 3 peer-reviewed articles]

30^th most cited author in Plasma devices (2016) [with 205 peer-reviewed citations of 1 peer-reviewed articles]

31^st most cited peer-reviewed article in Plasma chemistry (2012) [with 289 citations of a peer-reviewed article]

38^th most cited peer-reviewed article in Plasma polymerization (2014) [with 57 citations of a peer-reviewed article]

47^th most cited peer-reviewed article in vitamin C (2013) [with 85 citations of a peer-reviewed article]

47^th most cited peer-reviewed article in vitamin E (2013) [with 85 citations of a peer-reviewed article]

47^th most cited author in Plasma devices (lifetime) [with 1,173 peer-reviewed citations of 17 peer-reviewed articles]

48^th most cited peer-reviewed article in Plasma chemistry (2008) [with 56 citations of a peer-reviewed article]

50^th most cited peer-reviewed article in Plasma polymerization (2015) [with 108 citations of a peer-reviewed article]

51^st most cited peer-reviewed article in Cellular senescence (2019) [with 268 citations of a peer-reviewed article]

55^th most cited author in Cellular senescence (2019) [with 268 peer-reviewed citations of 1 peer-reviewed articles]

55^th most published author in Plasma devices (lifetime) [with 17 peer-reviewed articles having 1,173 peer-reviewed citations]

57^th most cited author in Plasma chemistry (2015) [with 108 peer-reviewed citations of 3 peer-reviewed articles]

57^th most cited peer-reviewed article in Plasma polymerization (lifetime) [with 2,123 citations of a peer-reviewed article]

62^nd most cited peer-reviewed article in Plasma chemistry (lifetime) [with 2,263 citations of a peer-reviewed article]

66^th most cited peer-reviewed article in Plasma devices (2013) [with 42 citations of a peer-reviewed article]

73^rd most cited peer-reviewed article in Plasma chemistry (2014) [with 64 citations of a peer-reviewed article]

90^th most cited peer-reviewed article in Plasma chemistry (2015) [with 108 citations of a peer-reviewed article]

What do discipline rankings show?

This page lists scientific disciplines where Klaus-Dieter Weltmann ranks among the global top 100, by peer-reviewed article count, peer-reviewed citation count, or most cited peer-reviewed article within publications classified under that discipline.

What do A pos and C pos mean?

The # column is the rank of each listed entry for Klaus-Dieter Weltmann — rank 1 means this entry is where Klaus-Dieter Weltmann has the most articles or citations. A pos and C pos show the reciprocal: the position of Klaus-Dieter Weltmann within that entry's own ranked list, by articles and citations respectively. A low value means Klaus-Dieter Weltmann is among the most prominent contributors for that entry.

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