Research / 
Add to My favourites
Lotten Glans
Dummy photo
Organisation: NMT
E-Mail: Lotten.Glans@miun.se
Phone: 060-148881
Projects:
PSA - Programmable self-assembly
Publications:
Programmable self-assembly: : Theoretical aspects and DNA-linked nanoparticles (2008 / Chapter in book)
METHOD AND COMPUTER PROGRAM FOR THE SELF-ASSEMBLY OF A NANOSTRUCTURE : PCT Patent Application no. PCT/SE2005/000587 (2005 / Patent)
Method, device and computer program (Swedish patent application No. 0401016-1) (2004 / Patent)
Vertical incidence of slow Ne10+ ions on an LiF surface: Suppression of the trampoline effect (2001 / Article in journal)
Curve-Crossing Analysis for Potential Sputtering of Insulators (2000 / Article in journal)
Angular Differential Cross Sections for Slow Highly Charged Ions Interacting with C60 (1999 / Article in journal)
Threshold for Potential Sputtering of LiF (1999 / Article in journal)
Interaction of multicharged Ions with insulator surfaces (1998 / Conference paper)
Above Surface Neutralization of Slow Highly Charged Ions in Front of Ionic Crystals (1997 / Article in journal)
Energy gain in collisions of highly charged ions with C60 (1997 / Article in journal)
Energy gain of highly charged ions in front of LiF (1997 / Article in journal)
Interaction of highly charged ions with surfaces (1996 / Article in journal)
The maximum entropy method and relaxation for multiple collisions involving highly charged ions (1996 / Article in journal)
Gaussian Approximations to Equilibrium Charge State Distributions with the Maximum Entropy Method (1994 / Article in journal)
Dimensional Scaling of Local Pseudopotentials (1993 / Article in journal)
Dimensional scaling and spectral properties (1993 / Chapter in book)
Maximum Entropy and Equilibrium Charge State Distributions (1993 / Article in journal)
Studies of distributions in physics using maximum entropy and scaling methods (1993 / Doctoral thesis, monograph)
Patents:
Method, device and computer program for the self-assembly of a nanostructure US Patent Application No. US200711587329 (2007)
SCB areas:
Atom- och molekylfysik och optik
Gemensamt/Övrigt
Thematic areas:
Mid Sweden University