Bondonic Chemistry: Non-classical Implications on Classical Carbon Systems

Putz, Mihai V.; Pitulice, Laura; Dascălu, Daniela; Isac, Delia

doi:10.1007/978-94-017-9567-8_11

Cited by 3 publications

(3 citation statements)

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“…Accordingly, a dedicated study was unfold with valuable findings among which we are listing: the "quaternion" nature for the quantum indices for bondons, in accordance with earlier entangled nature of bondonic chemistry (Putz and Ori 2015, see Chap. 10 of this monograph) and reinforcing the gravitational space-time bondonic influence at the bondonic level (Putz et al 2015a, see Chap. 11 of this monograph) to be further investigating; however, from such "quaternionic" folding for IL-bondon, just one level is actually selected to be observable in Raman or IR spectra, upon a specific algorithm respecting the energy (and frequency) difference respecting the next below neighboring level in spectra, thus deciding between vibrational or an excited IR and Raman levels paralleling the increase of the such difference, respectively.…”

Section: Discussionmentioning

confidence: 99%

“…• The bondonic mass, although less than that of electron in al case, is not so small as compared with other "classical" carbon systems (Putz et al 2015a, see Chap. 11 of this monograph) or polymeric ribbons, e.g.…”

Section: Polarizability Driving Bondonic Il-spectramentioning

confidence: 97%

“…10;Putz et al 2015a, b, see Chaps. 11 and 12;Putz 2015) may be employed, the scattering phenomena are considered within its Raman realization (Smekal 1923;Krishnan 1928, 1929;Landsberg and Mandelstam 1928), viewed as a sort of generalized Compton (1923) scattering process, i.e., extracting the structural information from various systems (atoms, Fig.…”

Section: Bondonic Information With Raman Scattering (Putz 2010a)mentioning

confidence: 98%

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Bondonic Chemistry: Predicting Ionic Liquids’ (IL) Bondons by Raman-IR Spectra

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Exotic Properties of Carbon Nanomatter

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The notable nowadays physical-chemical structures as ionic liquids (ILs) are, due to their versatility properties adjusted by changing either the anion or cation sides, with spread applications as solvents (viz. organic reaction, bio-and nano-catalysis, polymerization), electrolytes (viz. fuel cells, batteries and sensors), lubricants and additives (including fuel additives), or in chemical engineering including separation (gas chromatography/GC-head space solvents, gas separation, membranes extraction, extractive distillation), heat storage (as thermal fluids), till the nano-technology (protein crystallization, liquids crystals and their use in monitor displays, robotics and artificial muscles), just to name few, are in the present chapter reviewed from the scientific generations created with their structural consequences; they are then used as the compounds for which the recently predicted bondon as the quantum quasi-particle of chemical bonding may be identified in the allied Raman/IR spectra through a specific algorithm involving the bondonic quantum numbers prediction in spectra and of their most tangible quantum appearance; this because the invariable four-levels for bondonic formations confirms the quantum entangled states associated with their existences, as just noted by Putz and Ori (2015), see Chap. 10 of the same monograph, while the objective realization associates either with IR or Raman of IL computed spectra; connection with experimental recorded IR spectra is also presented with encouragement perspective for bondonic observation, while correlation with eco-toxicological data (EC50) is equally presented and interpreted from a bondonic sub-atomic perspective.

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Section: Discussionmentioning

confidence: 99%

Section: Polarizability Driving Bondonic Il-spectramentioning

confidence: 97%