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ORCIDOleg Gradov
Oleg V. Gradov
Person information
- affiliation: Semenov Institute of Chemical Physics, Moscow, Russia
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2020 – today
- 2020
[d103]Vladimir Gorshenev, Margaret Gradova, Oleg Gradov:
HAP-PHB samples: films and powders. IEEE DataPort, 2020
- [d102]Oleg Gradov:
Fern stem: detection of radial and circular pecularities using FFTW-based software. IEEE DataPort, 2020 - [d101]Oleg Gradov:
Cusurbits stem: detection of radial and circular pecularities using FFTW-based software. IEEE DataPort, 2020 - [d100]Oleg Gradov:
Tilia stem: detection of radial and circular pecularities using FFTW-based software. IEEE DataPort, 2020 - [d99]Oleg Gradov:
Honeysuckle flower: multiscale nervature detection using FFTW-based sofytware. IEEE DataPort, 2020 - [d98]Oleg Gradov:
Broad bean leaf epidermis: spectrozonal and multi-angle lens-less imaging and image processing. IEEE DataPort, 2020 - [d97]Oleg Gradov:
Epidermis of allium: FFTW-based regulometry case. IEEE DataPort, 2020 - [d96]Oleg Gradov:
Oral mucosa: digital photometric lens-less spectrozonal transmittance testing of thin slices or ultrathin histological sections. IEEE DataPort, 2020 - [d95]Oleg Gradov:
Volvox sp. (Volvox L., 1758) Pfeffer's osmometry: FFTW-based LUCAS-like real time approach. IEEE DataPort, 2020 - [d94]Oleg Gradov:
Simple Squamous Epethelium: Towards Reqularity Estimation using Lens-Less Microscopy? IEEE DataPort, 2020 - [d93]Oleg Gradov:
Towards the connectome-like structure formation in composite polymeric iCHELL-like assemblies (micrographs before 2010). Examples for self-organizing maps applicabilities. IEEE DataPort, 2020 - [d92]Oleg Gradov:
Filopodial rheology modeling using synthetic elastomers. Case of the form made from the monomer (CH2=C(CH3)2) via cationic addition polymerization. IEEE DataPort, 2020 - [d91]Oleg Gradov:
Towards FLIP-like techniques in SEM (including Zigmondi "ultramicroscopic" method implementation using CRT scanning visualization). IEEE DataPort, 2020 - [d90]Oleg Gradov
, Margaret Gradova, Andrew I. Sergeev, Yuriy K. Naganovskiy:
Multiresolution electron microscopic, thermogravimetric and NMR relaxometric measurements of the solid state RNA and it's salts. IEEE DataPort, 2020 - [d89]Oleg Gradov, Valery Kalinichenko, Alexander Maltsev:
The "metamery" of carbon nanostructures: from single flakes to stakes and rouleaux phenomena. IEEE DataPort, 2020 - [d88]Oleg Gradov, Irene Maclackova:
Towards the multi-layer and sandwitch converting microfluidics based on artificial leather (artificial skin) composite materials. IEEE DataPort, 2020 - [d87]Oleg Gradov, Irene Maclackova:
Wave-like phenomena and varicose instability detection in acrylonitrile butadiene rubbers. IEEE DataPort, 2020 - [d86]Oleg Gradov, Irene Maclackova:
Towards the machine learning assisted porometry and porosimetry using ESPI software for speckle topology identification. IEEE DataPort, 2020 - [d85]Oleg Gradov, Irene Maclackova:
SEM of fission bubbles with submicropores. IEEE DataPort, 2020 - [d84]Oleg Gradov, Irene Maclackova, Paul Alexandrow:
Technical calibrating images for software laser-diffractometric porometry or porosimetry (JEOL, CRIFAL). IEEE DataPort, 2020 - [d83]Oleg Gradov, Irene Maclackova, Paul Alexandrow:
Thread-based microfluidics under the electron microscope, including ESEM mode: from programmable microstructures to complex functions. Examples for detection of microbuckling, kinking, swelling, turbulence effects etc. using KSA and other techniques. 2. IEEE DataPort, 2020 - [d82]Oleg Gradov, Irene Maclackova, Paul Alexandrow:
Thread-based microfluidics under the electron microscope, including ESEM mode: from programmable microstructures to complex functions. Examples for detection of microbuckling, kinking, swelling, turbulence effects etc. using KSA and other techniques. 1. IEEE DataPort, 2020 - [d81]Oleg Gradov, Irene Maclackova, Paul Alexandrow:
Between fractography and swellography of polymer materials: wave-like phenomena detection using machine learning based on TEM photomicrograph (x 30 000). Example for DST linear styrene-butadiene thermoplastic elastomers. IEEE DataPort, 2020 - [d80]Oleg Gradov, Irene Maclackova, Paul Alexandrow:
Towards wavelet-assisted EM porosimetry. IEEE DataPort, 2020 - [d79]Oleg Gradov, Irene Maclackova, Paul Alexandrow, Margaret Gradova:
Microspheres and coacervates or foams and other high-porosity structures? Model examples of old negative and positive EM scanograms for machine learning. IEEE DataPort, 2020 - [d78]Oleg Gradov, Anna Ratnovskaya:
Laser-assisted multi-angle DIC microscopy of red blood cells. IEEE DataPort, 2020 - [d77]Anatoly Hwatow, Margaret Gradova, Oleg Gradov, Sergey Lomakin:
PLA and PLA+cellulose containing dropelets. IEEE DataPort, 2020 - [d76]Alexey Iordanskii, Margaret Gradova, Oleg Gradov:
PHB-PLA samples: effect of different proportions and conditions. Preliminary raw supplement data. IEEE DataPort, 2020 - [d75]Svetlana Kholuiskaya, Margaret Gradova, Oleg Gradov, Alexey Iordanskii:
PHB + hydroxyethyl methacrylate (CAS 868-77-9, EINECS 212-782-2) [included hydrated and rolled substance samples]. IEEE DataPort, 2020 - [d74]Valentin V. Kochervinskii, Oleg Gradov, Viacheslav B. Morozov, Andrey N. Olenin, Dmitriy V. Yakovlev:
Laser ablation-like effects in segnetoelectric polymers. IEEE DataPort, 2020 - [d73]Valentin V. Kochervinskii, Anatoly Aleksandrovich Olkhov, Margaret Gradova, Irene Maklackova, Oleg Gradov:
PVDF-like segnetoelectric polymer based substances: PVDF MEC-DMF. Some differences between polymer pouring and slectrospinning / electroformation. IEEE DataPort, 2020 - [d72]Anatoly Aleksandrovich Olkhov, Alexey Iordanskii, Margaret Gradova, Irene Maklackova, Valentin V. Kochervinskii, Oleg Gradov:
PVDF-HFP 15%: from electrospinning / electroformation to nonwoven fabric materials. IEEE DataPort, 2020 - [d71]Ludmila S. Shibryaeva, Oleg Gradov:
PHB measurements with DPSSL and incoherent light sources. Experiment C. IEEE DataPort, 2020 - [d70]Ludmila S. Shibryaeva, Oleg Gradov:
PHB measurements with DPSSL and incoherent light sources. Experiment B. IEEE DataPort, 2020 - [d69]Ludmila S. Shibryaeva, Oleg Gradov:
PHB measurements with DPSSL and incoherent light sources. Experiment A. IEEE DataPort, 2020 - [d68]Ivetta Varian, Irene Maclackova, Oleg Gradov, Margaret Gradova:
Some morphological pecularities of the PE + natural rubber (latex [caucho or caoutchouc]) composites. IEEE DataPort, 2020
2010 – 2019
- 2019
- [d67]Paul Alexandrow, Margaret Gradova, Oleg Gradov:
SEM measurements of teeth of Elasmobranchs (Chondrichtyes, Elasmobranchii) [preliminary non-processed raw data]. IEEE DataPort, 2019 - [d66]Vladimir Gorshenev, Margaret Gradova, Oleg Gradov:
Hydroxyapatite and related samples for distinction between biomineralization and abiogenic mineral formation. IEEE DataPort, 2019 - [d65]Oleg Gradov:
Paramecium sp. culture on Daucus carota subsp. sativus in different pH cases. IEEE DataPort, 2019 - [d64]Oleg Gradov:
Lens-less microscopy of a mica plates (phyllosilicates) and similar structures. IEEE DataPort, 2019 - [d63]Oleg Gradov:
Гели СИН-40. IEEE DataPort, 2019 - [d62]Oleg Gradov:
ПОЛИЭТИЛЕН + МЕЛ. IEEE DataPort, 2019 - [d61]Oleg Gradov:
PLASTIC_X ON THE GLASS. IEEE DataPort, 2019 - [d60]Oleg Gradov:
ПИБ-200. IEEE DataPort, 2019 - [d59]Oleg Gradov:
ПИБ-200 + САЖА АЦЕТИЛЛЕНОВАЯ. IEEE DataPort, 2019 - [d58]Oleg Gradov:
ПИБ-200 СТЕКЛО Х 18200. IEEE DataPort, 2019 - [d57]Oleg Gradov:
ПИБ-200 СТЕКЛО Х 10400. IEEE DataPort, 2019 - [d56]Oleg Gradov:
ПВХ - АБС 7-3. IEEE DataPort, 2019 - [d55]Oleg Gradov:
ДСТ-30, 40, 50 ИСТ. IEEE DataPort, 2019 - [d54]Oleg Gradov:
ДСТ-30 [x 82 000]. IEEE DataPort, 2019 - [d53]Oleg Gradov:
ДСТ-30 С ВАЗЕЛИНОВЫМ МАСЛОМ ПОСЛЕ ОБРАБОТКИ ЧЕТЫРЁХОКИСЬЮ ОСМИЯ. IEEE DataPort, 2019 - [d52]Oleg Gradov:
ДСТ-30 ПОСЛЕ ОБРАБОТКИ ЧЕТЫРЕХОКИСЬЮ ОСМИЯ [X 39 000]. IEEE DataPort, 2019 - [d51]Oleg Gradov:
ДСТ-30 +ТРМ Х30000. IEEE DataPort, 2019 - [d50]Oleg Gradov:
ДСТ-30 + ПН-6 Х30000. IEEE DataPort, 2019 - [d49]Oleg Gradov:
Lens-less incoherent pseudo-color detector of anatomic holes. IEEE DataPort, 2019 - [d48]Oleg Gradov:
СПЛ II. IEEE DataPort, 2019 - [d47]Oleg Gradov:
СПЛ V. IEEE DataPort, 2019 - [d46]Oleg Gradov:
СПЛ (конц. дисперсия - генерация ансамблей). IEEE DataPort, 2019 - [d45]Oleg Gradov:
СПЛ - насыщенная дисперсия, принудительный контакт без агрегации. IEEE DataPort, 2019 - [d44]Oleg Gradov:
СПЛ-1. IEEE DataPort, 2019 - [d43]Oleg Gradov:
Дисперсия СПЛ и дисперсия отходов. IEEE DataPort, 2019 - [d42]Oleg Gradov:
НК + СКН 40 + САЖА. IEEE DataPort, 2019 - [d41]Oleg Gradov:
СКН-40-СКД 1-1. IEEE DataPort, 2019 - [d40]Oleg Gradov:
СКН-40 + ТЕРМИЧЕСКАЯ САЖА. IEEE DataPort, 2019 - [d39]Oleg Gradov:
СКН-40 + СКЭПТ-50 (70/50). IEEE DataPort, 2019 - [d38]Oleg Gradov:
СКН-40 + ПЕНОПОЛИУРЕТАН. IEEE DataPort, 2019 - [d37]Oleg Gradov:
СКН-18 [x 5050]. IEEE DataPort, 2019 - [d36]Oleg Gradov:
СКД-СКН-18 3/1. IEEE DataPort, 2019 - [d35]Oleg Gradov:
СКД - СКН-18 1-3 [x5050]. IEEE DataPort, 2019 - [d34]Oleg Gradov:
15 ПЭ + ПА. IEEE DataPort, 2019 - [d33]Oleg Gradov:
ПТХБ + СКД (7/3) Х 10 000. IEEE DataPort, 2019 - [d32]Oleg Gradov:
ПСТ - СКС 85 [8000Х]. IEEE DataPort, 2019 - [d31]Oleg Gradov:
ПС - ПММА. IEEE DataPort, 2019 - [d30]Oleg Gradov:
ПС + ПММА [x 10 400]. IEEE DataPort, 2019 - [d29]Oleg Gradov:
ПС-ПВХ, СМЕСЬ 20-80 ХБ. IEEE DataPort, 2019 - [d28]Oleg Gradov:
ПС-ПВХ СМЕСЬ 50-50 ИЗ ДХЭ. IEEE DataPort, 2019 - [d27]Oleg Gradov:
КОМПОЗИТНЫЕ ВОЛОКНА ПЭ ПЭТФ СРЕЗЫ. IEEE DataPort, 2019 - [d26]Oleg Gradov:
ПЭ + ПА + МЕЛ. IEEE DataPort, 2019 - [d25]Oleg Gradov:
ПЭ + ПА. IEEE DataPort, 2019 - [d24]Oleg Gradov, Paul Alexandrow, Margaret Gradova:
COLA mineral collection samples for on-line PC-assisted 2D diffractometry and correlation-spectral analysis. IEEE DataPort, 2019 - [d23]Oleg Gradov, Margaret Gradova:
The Saffman-Taylor instability (also known as viscous fingering) and reticulation in the sheet of plastic multilayer film base coated on one side with a gelatin emulsion. IEEE DataPort, 2019 - [d22]Oleg Gradov, Margaret Gradova:
Intrinsic quartz glass layer reticularization on the superhigh-pressure mercury vapor lamp surface. IEEE DataPort, 2019 - [d21]Oleg Gradov, Margaret Gradova:
The "LITTORAL" plate experiment. IEEE DataPort, 2019 - [d20]Margaret Gradova, Oleg Gradov:
"Four months later...": the morphology of fully dehydrated or crystallized mineral samples after microwave irradiation. IEEE DataPort, 2019 - [d19]Elena Aleksandrovna Grigorieva, Margaret Gradova, Oleg Gradov:
SEM measurements of biodegradable polymer / composite samples. IEEE DataPort, 2019 - [d18]Elena Aleksandrovna Grigorieva, Anatoliy Anatolevich Popov, Natalia Nikolaevna Kolesnikova, Anatoly Aleksandrovich Olkhov, Oleg Gradov:
DPSSL-microscopy of polymer compositions based on polyethylene [10803-020] and gas-generating agent hydrocerol. IEEE DataPort, 2019 - [d17]Alexander Notchenko, N. Endaltsev, Oleg Gradov:
Supplement to: Notchenko A., Endaltsev N., Gradov O. Novel FRAP techniques... Preprint, 2019. IEEE DataPort, 2019 - [d16]Alexander Notchenko, Oleg Gradov:
NGM software for applied neurogoniometry. IEEE DataPort, 2019 - [d15]Alexander Notchenko, Oleg Gradov:
"EFieldPlotter" Software for Morphometry-Assisted Neural Structure Mapping. IEEE DataPort, 2019 - 2018
- [d14]E. D. Adamovich, Oleg Gradov:
Teraohmmeter-assisted measurements of plant leaf resistance. 4. Accelerated photoinduced kinetics of electric impedance shifting under UV irradiation. IEEE DataPort, 2018 - [d13]E. D. Adamovich, Oleg Gradov:
Teraohmmeter-assisted measurements of plant leaf resistance. 3. Oscillations of plant leaf resistance / impedance. IEEE DataPort, 2018 - [d12]E. D. Adamovich, Oleg Gradov:
Teraohmmeter-assisted measurements of plant leaf resistance. 2. Kinetic registration of plant leaf resistance (10x time-lapse registration). IEEE DataPort, 2018 - [d11]E. D. Adamovich, Oleg Gradov:
Teraohmmeter-assisted measurements of plant leaf resistance. 1. Laborant work before the start of experiment with plant leafs in the Faraday cage. IEEE DataPort, 2018 - [d10]Oleg Gradov:
Spectroreflectometric dactiloscopy. IEEE DataPort, 2018 - [d9]Oleg Gradov, E. D. Adamovich:
Nanovoltampermeter-based bioacoustic carrier wave analyzer. IEEE DataPort, 2018 - [d8]Oleg Gradov, P. A. Nasirov:
Stroboscopic microspectroreflectometry of lens-less on-chip microscope PCB with CCD. IEEE DataPort, 2018 - [d7]Oleg Gradov, P. A. Nasirov:
Modified characteriograph-assisted testings of spectrozonal analog lab-on-a-chip under laser beams. IEEE DataPort, 2018 - [d6]Oleg Gradov, P. A. Nasirov:
LF-module-assisted analog lab-on-a-chip measurements with R- (650 nm), G- (532 nm), B- (405 nm) laser sources for analog lens-less microscopy setups. IEEE DataPort, 2018 - [d5]Oleg Gradov, P. A. Nasirov:
Testings of spectrozonal analog lab-on-a-chip with angle-sensitive pixels (ASP) using diode laser sources in combined nanosecond reflectometric and stroboscopic oscilloscopic measurements. IEEE DataPort, 2018 - [d4]Oleg Gradov, P. A. Nasirov:
Microfluidic Lab-on-a-dish (3D printing). IEEE DataPort, 2018 - [d3]Oleg Gradov, Anatoly Aleksandrovich Olkhov:
SEM-assisted (LVEM-assisted) isopotential mapping of the dielectric charging of the nonwoven fabric structures using Sobel-Feldman operator (Sobel filter). IEEE DataPort, 2018 - [d2]D. Shevchenko, Yu V. Zaytsev, Oleg Gradov:
Videomicroscopic Semi-Shadow Visualization of LoC-Si (Lab-on-a-Chip_[based_on]_Silicone) Test Structures using Binocular Stereoscopic Microscope and Indirect Angular Illumination Scheme (BSI-IAIS). IEEE DataPort, 2018 - [d1]Yu. V. Zhulanov, P. Yu. Makaveev, Oleg Gradov:
Towards the "Aerosol cytometry" and "Hydrosol cytometry" based on laser aerosol spectrometers. IEEE DataPort, 2018
Coauthor Index
Irene MacLackova
aka: Irene Maclackova
aka: Irene Maclackova
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