The bright luminescence of impurity–vacancy complexes, combined with high chemical and
radiation resistance, makes diamond an attractive platform for the production of single …

Sustainable hydrogen sources are one of the solutions for further energy security and
potential fuels. Although hydrogen has potential applications in heating, transportation …

The high‐pressure and high‐temperature technique is the most promising for mass
production of ultra‐small diamond nanoparticles of perfect structure. In the present work, this …

Following our previous brief communication the carbonization of halogenated adamantanes
C 10 H 14 Br 2 and C 10 H 15 Cl under high pressure with the aim to produce …

Unique carbonization behavior of 1-fluoroadamantane was revealed at pressures 5.5–9
GPa and temperatures up to 1300° C. In course of the carbonization, formation of …

Local targeted “inside-out” hyperthermia of tumors via nanoparticles is able to sensitize
tumor cells to chemotherapy, radiation therapy, gene therapy, immunotherapy, or other …

We report on the use of dibromoadamantane C 10 H 14 Br 2 as a promising precursor for
the mass synthesis of ultrasmall diamonds at an industrially accessible pressure of 8 GPa …

Diamond is an important industrial material with excellent physical properties. Transition-
metal-doped diamond materials have unexpected unique optical and magnetic properties …

Abstract Polyethylene terephthalate (PET) C 10 H 8 O 4, material of plastic bottles, was used
as a carbon bearing precursor for high-pressure synthesis of microcrystalline diamonds. At …

The synthesis of diamonds from hydrocarbons at high static pressures, first performed by
Wentorf more than half a century ago, is becoming an extremely important technology for …