• Van Cleve Scientific

    PUBLICATIONS

PUBLICATIONS

Below is a list of all my publications, presentations, and patents

Publications:

  • Collins, Adam and Camara, Carlos and Van Cleve, Eli and Putterman, Seth (2018). “Simultaneous measurement of triboelectrification and triboluminescence of crystalline materials.” Review of Scientific Instruments
  • Kucheyev, SO and Van Cleve, E and Johnston, LT and Gammon, SA and Worsley, MA (2015). “Hydrogen crystallization in low-density aerogels.” Langmuir.
  • Kucheyev, SO and Van Cleve, E and Worsley, MA (2014). “Freezing and melting of hydrogen confined in nanoporous silica.” Journal of Physics: Condensed Matter.
  • Van Cleve, E and Worsley, MA and Kucheyev, SO (2014). “Liquid–solid phase transition of hydrogen and deuterium in silica aerogel.” Journal of Applied Physics.
  • Miles, Robin and Benett, Bill and Bond, Tiziana and Chang, Allan and Dawson, David and Fornasiero, Francesco and Hamilton, Julie and Havstad, Mark and Kucheyev, Sergei and LeBlanc, Mary and others (2014). “Topics in LIFE Target Survival: 11-SI-004 Final Report.”
  • Huisman, FM and Velasco, AE and Van Cleve, E and Taborek, P (2014). “Quartz tuning forks as cryogenic vacuum gauges.” Journal of Low Temperature Physics.
  • Van Cleve, E and Worsley, MA and Kucheyev, SO (2013). “Relaxation calorimeter for hydrogen thermoporometry.” Review of Scientific Instruments.
  • Van Cleve, E and Charnvanichborikarn, S and Kucheyev, SO (2012). “Controlling surface hydroxylation of nanoporous silica by ion bombardment.” Journal of Physics D: Applied Physics.
  • Burton, JC and Van Cleve, E and Taborek, P (2011). “A continuous 3He cryostat with pulse-tube pre-cooling and optical access.” Cryogenics.
  • Van Cleve, Eli (2011). Helium adsorption on intermediate binding substrates. Thesis.
  • Van Cleve, E and Taborek, P and Rutledge, JE (2008). “Helium adsorption on lithium substrates.” Journal of Low Temperature Physics.
  • Van Cleve, E and Cooper, MD (2001). “EDM Technical Note: Sensitivity of the Liquid He EDM Experiment as Derived from Least Squares Fitting of Pseudo-Data and Comparisons to the Heisenberg-Uncertainty Principle.” No journal.

Presentations:

  • Velasco, Angel and Huisman, Fawn and Van Cleve, Eli and Taborek, Peter (2012). “Superfluid Onset and 2D phase transitions of Helium-4 on Lithium and Sodium.” APS March Meeting.
  • Van Cleve, Eli and Kucheyev, Sergei (2012). “Thermodynamic Phase Diagram of Hydrogen in Nano-porous Silica.” APS March Meeting.
  • Huisman, FM and Van Cleve, E and Miller, D and Taborek, P (2010). “Low Temperature Pressure Gauge Based on a Quartz Tuning Fork.” APS March Meeting.
  • Van Cleve, E and Burton, JC and Taborek, P (2009). “Phase diagram for helium films on lithium substrates.” APS March Meeting.
  • Van Cleve, Eli and Taborek, Peter and Rutledge, James (2008). “Lithium, magnesium and sodium 4He adsorption experiments performed below 1K.”  APS March Meeting.
  • Van Cleve, E and Taborek, P and Rutledge, JE (2006). “Cryogenic Pulsed Laser Deposition of Lithium for 4He Absorption Experiments.” APS March Meeting.

Patents:

  • Kiselyov, Alex and Shpigelmacher, Michael and Sromin, Alexander and Cohen, Nadav and Peleg, Amitay and VAN CLEVE, Eli and others (2025). “Hybrid electromagnetic device for remote control of micro-nano scale robots, medical tools and implantable devices.”
  • Shpigelmacher, Michael and Sromin, Alexander and Caputo, John and Eran, OREN and Van Cleve, Eli and Cohen, Nadav and Geron, Amir and Seely, Dennis and Kiselyov, Alex (2024). “Magnetic propulsion system for magnetic devices.”
  • Kiselyov, Alex and Shpigelmacher, Michael and KATZNELSON, Be’eri Berl and CHO, Suehyun and Caputo, John and VAN CLEVE, Eli and ELNEKAVE, Eldad and others (2021). “Hybrid electromagnetic device for remote control of micro-nano scale robots, medical tools and implantable devices.”
  • Shpigelmacher, Michael and Kiselyov, Alex and Sargsyan, Hovhannes and Caputo, John and Van Cleve, Eli and Eran, OREN and Suehyun, CHO (2021). “Propelling devices for propelling through a medium, using external magnetic stimuli applied thereon.”