United States Patent, Guseva et al., Patent No.: US 6,355,350 B1

Patent No.: US 6,355,350 B1 Date of Patent: Mar. 12, 2002 Malvina B. Guseva; Nikolay D. Novikov; Vladimir G. Babaev; Arnold A. Adamyan; Igor A. Lavygin, all of Moscow (RU) A synthetic polymeric form of carbon (Tetracarbon™) which exhibits some properties similar to biological tissues. Tetracarbon is highly biocompatible and may have application in medicine and microelectronics. Tetracarbon is a biocompatible substrate coating made by depositing short linear chains of carbon stores upon the surface…

"United States Patent, Guseva et al., Patent No.: US 6,355,350 B1"

Patent No.: US 6,454,797 B2. Inventors: Malvina B. Guseva and etc. Tetracarbon

TETRACARBON Patent No.: US 6,454,797 B2 Date of Patent: Sep. 24,2002 Inventors: Malvina B. Guseva, Moscow (RU); Nikolay D. Novikov, Moscow (RU); Vladimir G. Babaev, Moscow (RU); Arnold A. Adamyan, Moscow (RU); Igor A. Lavygin, Moscow (RU)     A synthetic polymeric form of carbon (Tetracarbon™) which exhibits some properties similar to biological tissues. Tetracarbon is highly biocompatible and may have application in medicines and microelectronics. Tetracarbon is a biocompatible substrate coating made by depositing…

"Patent No.: US 6,454,797 B2. Inventors: Malvina B. Guseva and etc. Tetracarbon"

United States Patent, Guseva et al., Patent No.: US 6,555,224 B2

Patent No.: US 6,555,224 B2 Date of Patent: Apr. 29, 2003 Inventors: Malvina B. Guseva, Moscow (RU); Nikolay D. Novikov, Moscow (RU); Vladimir G. Babaev, Moscow (RU); Arnold A. Adamyan, Moscow (RU); Igor A. Lavygin, Moscow (RU) A synthetic polymeric form of carbon (Tetracarbon™) exhibits some properties similar to biological tissues. Tetracarbon is highly biocompatible and has application in medicine and microelectronics. Tetracarbon is a biocompatible substrate coating made by depositing short linear chains of…

"United States Patent, Guseva et al., Patent No.: US 6,555,224 B2"

Evgeny Buntov, Anatoly Zatsepin, Malvina Guseva and Yuri Ponosov Structure and vibrational properties of collinearly ordered carbon chains

During past years one-dimensional carbon allotropes containing sp1 bonds, both individual chains and carbyne-like crystals held by Van der Waals forces, were attracting much interest. One of the recent developments in the field is the ion-assisted condensation of carbyne-like sp1 chains, in-plane ordered in a hexagonal structure with nearly 5 angstroms interchain distance – the so called “tetracarbon”.   In present work the obtained experimental Raman spectra of the 200 – 4000 angstrom films of…

"Evgeny Buntov, Anatoly Zatsepin, Malvina Guseva and Yuri Ponosov Structure and vibrational properties of collinearly ordered carbon chains"