Gopakumar Thiruvancheril - Revision history

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'''Gopakumar Thiruvancheril''' is an [[India]]n Assistant Professor of [[molecular electronics]] from [[Indian Institutes of Technology]]. He is an author of certain [[peer-review]]ed articles two of which, as of 2013, were cited over 60 times and appeared in such journals [[Journal of Physical Chemistry B]] and [[Journal of Physical Chemistry C|C]], including others.<ref>{{cite web|url=https://scholar.google.com/citations?hl=en&user=Wm4GC8YAAAAJ&view_op=list_works&pagesize=100|title=Gopakumar Thiruvancheril|publisher=[[Google Scholar]]|accessdate=December 12, 2013}}</ref>
He completed his Ph.D. in Physics at TU Chemnitz. <ref>http://www.iitk.ac.in/new/thiruvancheril-g-gopakumar</ref>

==Selected publications==
*{{cite journal|title=Adsorption of palladium phthalocyanine on graphite STM and LEED study|author=TG Gopakumar, M Lackinger, M Hackert|author2=F Müller |author3=M Hietschold |journal=[[Journal of Physical Chemistry B]]|volume=108|issue=23|pages=7839–7843|year=2004}}
*{{cite journal|title=Tunneling voltage polarity dependent submolecular contrast of naphthalocyanine on graphite. A STM study of close-packed monolayers under ultrahigh-vacuum conditions|author=M Lackinger, T Müller, TG Gopakumar, F Müller|author2=M Hietschold |author3=GW Flynn |journal=Journal of Physical Chemistry B|volume=108|issue=7|pages=2279–2284|year=2004}}
*{{cite journal|title=Electron‐Induced Spin Crossover of Single Molecules in a Bilayer on Gold|author=TG Gopakumar, F Matino, H Naggert|author2=A Bannwarth |author3=F Tuczek |author4=R Berndt |publisher=[[Angewandte Chemie|Angewandte Chemie International Edition]]|volume=51|issue=25|pages=6262–6266|year=2012}}
*{{cite journal|title=Molecular structures on crystalline metallic surfaces–From STM images to molecular electronics|author=M Hietschold, M Lackinger, S Griessl, WM Heckl|author2=TG Gopakumar |author3=GW Flynn |publisher=Microelectronic Engineering|volume=82|issue=3|pages=207–214|year=2005}}
*{{cite journal|title=Effect of chain length and the nature of the monolayer on the electrical behavior of hydrophobically organized gold clusters|author=NK Chaki, M Aslam, TG Gopakumar|author2=J Sharma |author3=R Pasricha |author4=IS Mulla |author5=K Vijayamohanan |journal=Journal of Physical Chemistry B|volume=107|issue=49|pages=13567–13574|year=2003}}
*{{cite journal|title=Scanning tunneling microscopy and scanning tunneling spectroscopy studies of planar and nonplanar naphthalocyanines on graphite (0001). Part 1: Effect of nonplanarity on the adlayer structure and voltage-induced flipping of nonplanar tin-naphthalocyanine|author1=TG Gopakumar |author2=F Müller |author3=M Hietschold |journal=Journal of Physical Chemistry B|volume=110|issue=12|pages=6051–6059|year=2006}}
*{{cite journal|title=Influence of Solvophobic Effects on Self-Assembly of Trimesic Acid at the Liquid− Solid Interface|author=NTN Ha, TG Gopakumar|author2=R Gutzler |author3=M Lackinger |author4=H Tang |author5=M Hietschold |publisher= Journal of Physical Chemistry C|volume=114|issue=8|pages=3531–3536|year=2010}}
*{{cite journal|title=Coverage-Driven Electronic Decoupling of Fe-Phthalocyanine from a Ag (111) Substrate|author=TG Gopakumar, T Brumme, J Kroger|author2=C Toher |author3=G Cuniberti |author4=R Berndt |publisher=Journal of Physical Chemistry C|volume=115|issue=24|pages=12173–12179|year=2011}}
*{{cite journal|title=Exploring the F16CoPc/Ag (110) Interface Using Scanning Tunneling Microscopy and Spectroscopy. Part 1: Template-Guided Adlayer Structure Formation|author1=M Toader |author2=TG Gopakumar |author3=M Abdel-Hafiez |author4=M Hietschold |publisher= Journal of Physical Chemistry C|volume=114|issue=8)|pages=3537–3543|year=2010}}
*{{cite journal|title=Effect of chain length on the tunneling conductance of gold quantum dots at room temperature|author=NK Chaki, TG Gopakumar, T Maddanimath|author2=M Aslam |author3=K Vijayamohanan |publisher=[[Journal of Applied Physics]]|volume=94|issue=5|pages=3663–3665|year=2003}}
*{{cite journal|title=Exploring the F16CoPc/Ag (110) interface using scanning tunneling microscopy and spectroscopy. 2. Adsorption-induced charge transfer effect|author1=M Toader |author2=TG Gopakumar |author3=P Shukrynau |author4=M Hietschold |publisher=[[Journal of Physical Chemistry C]]|volume=114|issue=49|pages=21548–21554|year=2010}}
*{{cite journal|title=Scanning Tunneling Microscopy and Scanning Tunneling Spectroscopy Studies of Planar and Nonplanar Naphthalocyanine on Graphite (0001). Part 2: Tip-Sample Distance-Dependent I-V Spectroscopy|author1=TG Gopakumar |author2=F Müller |author3=M Hietschold |journal=Journal of Physical Chemistry B|volume=110|issue=12|pages=6060–6065|year=2006}}
*{{cite journal|title=Broken Symmetry of an Adsorbed Molecular Switch Determined by Scanning Tunneling Spectroscopy|author=TG Gopakumar, T Davran‐Candan, J Bahrenburg|author2=RJ Maurer |author3=F Temps |author4=K Reuter |publisher=Angewandte Chemie International Edition|volume=52|issue=42|pages=11007–11010|year=2013}}
*{{cite journal|title=Surface Control of Alkyl Chain Conformations and Chiral Amplification in 2D|author=N Hauptmann, K Scheil, TG Gopakumar|author2=FL Otte |author3=C Schuett |author4=R Herges |author5=R Berndt |publisher=Journal of the American Chemical Society|year=2013}}
*{{cite journal|title=Berichtigung: Elektroneninduzierter Spin‐Crossover von Einzelmolekülen in einer Doppellage auf Gold|author=TG Gopakumar, F Matino, H Naggert|author2=A Bannwarth |author3=F Tuczek |author4=R Berndt |publisher=Angewandte Chemie|volume=125|issue=14|pages=3884}}
*{{cite journal|title=Transfer of Cl ligands between adsorbed iron tetraphenylporphyrin molecules|author1=TG Gopakumar |author2=H Tang |author3=J Morillo |author4=R Berndt |publisher=[[Journal of the American Chemical Society]]|volume=134|issue=29|pages=11844–11847|year=2012}}
*{{cite journal|title=Erratum:"Effect of chain length on the tunneling conductance of gold quantum dots at room temperature|author=NK Chaki, TG Gopakumar, T Maddanimath|author2=M Aslam |author3=K Vijayamohanan |publisher=[[Journal of Applied Physics]]|volume=94|pages=7379}}

==References==
{{Reflist}}

{{authority control}}

{{DEFAULTSORT:Thiruvancheril, Gopakumar}}
[[Category:Indian electronics engineers]]
[[Category:Living people]]
[[Category:20th-century births]]
[[Category:Indian Institutes of Technology faculty]]
[[Category:Year of birth missing (living people)]]

{{India-scientist-stub}}

← Older revision		Revision as of 23:09, 21 July 2021
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	'''Gopakumar Thiruvancheril''' is an [[India]]n Assistant Professor of [[molecular electronics]] from [[Indian Institutes of Technology]]. He is an author of certain [[peer-review]]ed articles two of which, as of 2013, were cited over 60 times and appeared in such journals [[Journal of Physical Chemistry B]] and [[Journal of Physical Chemistry C\|C]], including others.<ref>{{cite web\|url=https://scholar.google.com/citations?hl=en&user=Wm4GC8YAAAAJ&view_op=list_works&pagesize=100\|title=Gopakumar Thiruvancheril\|publisher=[[Google Scholar]]\|accessdate=December 12, 2013}}</ref>		'''Gopakumar Thiruvancheril''' is an [[India]]n Assistant Professor of [[molecular electronics]] from [[Indian Institutes of Technology]]. He is an author of certain [[peer-review]]ed articles two of which, as of 2013, were cited over 60 times and appeared in such journals [[Journal of Physical Chemistry B]] and [[Journal of Physical Chemistry C\|C]], including others.<ref>{{cite web\|url=https://scholar.google.com/citations?hl=en&user=Wm4GC8YAAAAJ&view_op=list_works&pagesize=100\|title=Gopakumar Thiruvancheril\|publisher=[[Google Scholar]]\|accessdate=December 12, 2013}}</ref>
	He completed his Ph.D. in Physics at TU Chemnitz. <ref>http://www.iitk.ac.in/new/thiruvancheril-g-gopakumar</ref>		He completed his Ph.D. in Physics at TU Chemnitz. <ref>{{Cite web\|url=http://www.iitk.ac.in/new/thiruvancheril-g-gopakumar\|title = Thiruvancheril G. Gopakumar}}</ref>

	==Selected publications==		==Selected publications==
	*{{cite journal\|title=Adsorption of palladium phthalocyanine on graphite STM and LEED study\|author=TG Gopakumar, M Lackinger, M Hackert\|author2=F Müller \|author3=M Hietschold \|journal=[[Journal of Physical Chemistry B]]\|volume=108\|issue=23\|pages=7839–7843\|year=2004}}		*{{cite journal\|title=Adsorption of palladium phthalocyanine on graphite STM and LEED study\|author=TG Gopakumar, M Lackinger, M Hackert\|author2=F Müller \|author3=M Hietschold \|journal=[[Journal of Physical Chemistry B]]\|volume=108\|issue=23\|pages=7839–7843\|year=2004\|doi=10.1021/jp037751i}}
	*{{cite journal\|title=Tunneling voltage polarity dependent submolecular contrast of naphthalocyanine on graphite. A STM study of close-packed monolayers under ultrahigh-vacuum conditions\|author=M Lackinger, T Müller, TG Gopakumar, F Müller\|author2=M Hietschold \|author3=GW Flynn \|journal=Journal of Physical Chemistry B\|volume=108\|issue=7\|pages=2279–2284\|year=2004}}		*{{cite journal\|title=Tunneling voltage polarity dependent submolecular contrast of naphthalocyanine on graphite. A STM study of close-packed monolayers under ultrahigh-vacuum conditions\|author=M Lackinger, T Müller, TG Gopakumar, F Müller\|author2=M Hietschold \|author3=GW Flynn \|journal=Journal of Physical Chemistry B\|volume=108\|issue=7\|pages=2279–2284\|year=2004\|doi=10.1021/jp036698v}}
	*{{cite journal\|title=Electron‐Induced Spin Crossover of Single Molecules in a Bilayer on Gold\|author=TG Gopakumar, F Matino, H Naggert\|author2=A Bannwarth \|author3=F Tuczek \|author4=R Berndt \|publisher=[[Angewandte Chemie\|Angewandte Chemie International Edition]]\|volume=51\|issue=25\|pages=6262–6266\|year=2012}}		*{{cite journal\|title=Electron‐Induced Spin Crossover of Single Molecules in a Bilayer on Gold\|author=TG Gopakumar, F Matino, H Naggert\|author2=A Bannwarth \|author3=F Tuczek \|author4=R Berndt \|publisher=[[Angewandte Chemie\|Angewandte Chemie International Edition]]\|volume=51\|issue=25\|pages=6262–6266\|year=2012}}
	*{{cite journal\|title=Molecular structures on crystalline metallic surfaces–From STM images to molecular electronics\|author=M Hietschold, M Lackinger, S Griessl, WM Heckl\|author2=TG Gopakumar \|author3=GW Flynn \|publisher=Microelectronic Engineering\|volume=82\|issue=3\|pages=207–214\|year=2005}}		*{{cite journal\|title=Molecular structures on crystalline metallic surfaces–From STM images to molecular electronics\|author=M Hietschold, M Lackinger, S Griessl, WM Heckl\|author2=TG Gopakumar \|author3=GW Flynn \|publisher=Microelectronic Engineering\|volume=82\|issue=3\|pages=207–214\|year=2005}}
	*{{cite journal\|title=Effect of chain length and the nature of the monolayer on the electrical behavior of hydrophobically organized gold clusters\|author=NK Chaki, M Aslam, TG Gopakumar\|author2=J Sharma \|author3=R Pasricha \|author4=IS Mulla \|author5=K Vijayamohanan \|journal=Journal of Physical Chemistry B\|volume=107\|issue=49\|pages=13567–13574\|year=2003}}		*{{cite journal\|title=Effect of chain length and the nature of the monolayer on the electrical behavior of hydrophobically organized gold clusters\|author=NK Chaki, M Aslam, TG Gopakumar\|author2=J Sharma \|author3=R Pasricha \|author4=IS Mulla \|author5=K Vijayamohanan \|journal=Journal of Physical Chemistry B\|volume=107\|issue=49\|pages=13567–13574\|year=2003\|doi=10.1021/jp035032y}}
	*{{cite journal\|title=Scanning tunneling microscopy and scanning tunneling spectroscopy studies of planar and nonplanar naphthalocyanines on graphite (0001). Part 1: Effect of nonplanarity on the adlayer structure and voltage-induced flipping of nonplanar tin-naphthalocyanine\|author1=TG Gopakumar \|author2=F Müller \|author3=M Hietschold \|journal=Journal of Physical Chemistry B\|volume=110\|issue=12\|pages=6051–6059\|year=2006}}		*{{cite journal\|title=Scanning tunneling microscopy and scanning tunneling spectroscopy studies of planar and nonplanar naphthalocyanines on graphite (0001). Part 1: Effect of nonplanarity on the adlayer structure and voltage-induced flipping of nonplanar tin-naphthalocyanine\|author1=TG Gopakumar \|author2=F Müller \|author3=M Hietschold \|journal=Journal of Physical Chemistry B\|volume=110\|issue=12\|pages=6051–6059\|year=2006\|doi=10.1021/jp055533e \|pmid=16553416 }}
	*{{cite journal\|title=Influence of Solvophobic Effects on Self-Assembly of Trimesic Acid at the Liquid− Solid Interface\|author=NTN Ha, TG Gopakumar\|author2=R Gutzler \|author3=M Lackinger \|author4=H Tang \|author5=M Hietschold \|publisher= Journal of Physical Chemistry C\|volume=114\|issue=8\|pages=3531–3536\|year=2010}}		*{{cite journal\|title=Influence of Solvophobic Effects on Self-Assembly of Trimesic Acid at the Liquid− Solid Interface\|author=NTN Ha, TG Gopakumar\|author2=R Gutzler \|author3=M Lackinger \|author4=H Tang \|author5=M Hietschold \|publisher= Journal of Physical Chemistry C\|volume=114\|issue=8\|pages=3531–3536\|year=2010}}
	*{{cite journal\|title=Coverage-Driven Electronic Decoupling of Fe-Phthalocyanine from a Ag (111) Substrate\|author=TG Gopakumar, T Brumme, J Kroger\|author2=C Toher \|author3=G Cuniberti \|author4=R Berndt \|publisher=Journal of Physical Chemistry C\|volume=115\|issue=24\|pages=12173–12179\|year=2011}}		*{{cite journal\|title=Coverage-Driven Electronic Decoupling of Fe-Phthalocyanine from a Ag (111) Substrate\|author=TG Gopakumar, T Brumme, J Kroger\|author2=C Toher \|author3=G Cuniberti \|author4=R Berndt \|publisher=Journal of Physical Chemistry C\|volume=115\|issue=24\|pages=12173–12179\|year=2011}}
Line 18:		Line 18:
	*{{cite journal\|title=Effect of chain length on the tunneling conductance of gold quantum dots at room temperature\|author=NK Chaki, TG Gopakumar, T Maddanimath\|author2=M Aslam \|author3=K Vijayamohanan \|publisher=[[Journal of Applied Physics]]\|volume=94\|issue=5\|pages=3663–3665\|year=2003}}		*{{cite journal\|title=Effect of chain length on the tunneling conductance of gold quantum dots at room temperature\|author=NK Chaki, TG Gopakumar, T Maddanimath\|author2=M Aslam \|author3=K Vijayamohanan \|publisher=[[Journal of Applied Physics]]\|volume=94\|issue=5\|pages=3663–3665\|year=2003}}
	*{{cite journal\|title=Exploring the F16CoPc/Ag (110) interface using scanning tunneling microscopy and spectroscopy. 2. Adsorption-induced charge transfer effect\|author1=M Toader \|author2=TG Gopakumar \|author3=P Shukrynau \|author4=M Hietschold \|publisher=[[Journal of Physical Chemistry C]]\|volume=114\|issue=49\|pages=21548–21554\|year=2010}}		*{{cite journal\|title=Exploring the F16CoPc/Ag (110) interface using scanning tunneling microscopy and spectroscopy. 2. Adsorption-induced charge transfer effect\|author1=M Toader \|author2=TG Gopakumar \|author3=P Shukrynau \|author4=M Hietschold \|publisher=[[Journal of Physical Chemistry C]]\|volume=114\|issue=49\|pages=21548–21554\|year=2010}}
	*{{cite journal\|title=Scanning Tunneling Microscopy and Scanning Tunneling Spectroscopy Studies of Planar and Nonplanar Naphthalocyanine on Graphite (0001). Part 2: Tip-Sample Distance-Dependent I-V Spectroscopy\|author1=TG Gopakumar \|author2=F Müller \|author3=M Hietschold \|journal=Journal of Physical Chemistry B\|volume=110\|issue=12\|pages=6060–6065\|year=2006}}		*{{cite journal\|title=Scanning Tunneling Microscopy and Scanning Tunneling Spectroscopy Studies of Planar and Nonplanar Naphthalocyanine on Graphite (0001). Part 2: Tip-Sample Distance-Dependent I-V Spectroscopy\|author1=TG Gopakumar \|author2=F Müller \|author3=M Hietschold \|journal=Journal of Physical Chemistry B\|volume=110\|issue=12\|pages=6060–6065\|year=2006\|doi=10.1021/jp055535z \|pmid=16553417 }}
	*{{cite journal\|title=Broken Symmetry of an Adsorbed Molecular Switch Determined by Scanning Tunneling Spectroscopy\|author=TG Gopakumar, T Davran‐Candan, J Bahrenburg\|author2=RJ Maurer \|author3=F Temps \|author4=K Reuter \|publisher=Angewandte Chemie International Edition\|volume=52\|issue=42\|pages=11007–11010\|year=2013}}		*{{cite journal\|title=Broken Symmetry of an Adsorbed Molecular Switch Determined by Scanning Tunneling Spectroscopy\|author=TG Gopakumar, T Davran‐Candan, J Bahrenburg\|author2=RJ Maurer \|author3=F Temps \|author4=K Reuter \|publisher=Angewandte Chemie International Edition\|volume=52\|issue=42\|pages=11007–11010\|year=2013}}
	*{{cite journal\|title=Surface Control of Alkyl Chain Conformations and Chiral Amplification in 2D\|author=N Hauptmann, K Scheil, TG Gopakumar\|author2=FL Otte \|author3=C Schuett \|author4=R Herges \|author5=R Berndt \|publisher=Journal of the American Chemical Society\|year=2013}}		*{{cite journal\|title=Surface Control of Alkyl Chain Conformations and Chiral Amplification in 2D\|author=N Hauptmann, K Scheil, TG Gopakumar\|author2=FL Otte \|author3=C Schuett \|author4=R Herges \|author5=R Berndt \|publisher=Journal of the American Chemical Society\|year=2013}}