postprocessing software medis suite version 3.2 Search Results


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(a) Surface height profile of a thin <t>mesoporous</t> silica film on the ITO surface. (b) SEM image of mesoporous silica film on the ITO surface. (c) TEM image of mesoporous silica film (top view) deposited on a carbon-coated TEM grid. Inset: high-magnification top view. (d) CVs of 1 mM Ru(NH3)63+ in 1 M KCl on the bare ITO (black dashed) and the mesoporous silica-ITO electrode before (red dotted) and after (blue solid) the removal of surfactant templates. Scan rate: 50 mV/s.
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(a) Surface height profile of a thin <t>mesoporous</t> silica film on the ITO surface. (b) SEM image of mesoporous silica film on the ITO surface. (c) TEM image of mesoporous silica film (top view) deposited on a carbon-coated TEM grid. Inset: high-magnification top view. (d) CVs of 1 mM Ru(NH3)63+ in 1 M KCl on the bare ITO (black dashed) and the mesoporous silica-ITO electrode before (red dotted) and after (blue solid) the removal of surfactant templates. Scan rate: 50 mV/s.
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(a) Surface height profile of a thin <t>mesoporous</t> silica film on the ITO surface. (b) SEM image of mesoporous silica film on the ITO surface. (c) TEM image of mesoporous silica film (top view) deposited on a carbon-coated TEM grid. Inset: high-magnification top view. (d) CVs of 1 mM Ru(NH3)63+ in 1 M KCl on the bare ITO (black dashed) and the mesoporous silica-ITO electrode before (red dotted) and after (blue solid) the removal of surfactant templates. Scan rate: 50 mV/s.
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(a) Surface height profile of a thin <t>mesoporous</t> silica film on the ITO surface. (b) SEM image of mesoporous silica film on the ITO surface. (c) TEM image of mesoporous silica film (top view) deposited on a carbon-coated TEM grid. Inset: high-magnification top view. (d) CVs of 1 mM Ru(NH3)63+ in 1 M KCl on the bare ITO (black dashed) and the mesoporous silica-ITO electrode before (red dotted) and after (blue solid) the removal of surfactant templates. Scan rate: 50 mV/s.
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(a) Surface height profile of a thin <t>mesoporous</t> silica film on the ITO surface. (b) SEM image of mesoporous silica film on the ITO surface. (c) TEM image of mesoporous silica film (top view) deposited on a carbon-coated TEM grid. Inset: high-magnification top view. (d) CVs of 1 mM Ru(NH3)63+ in 1 M KCl on the bare ITO (black dashed) and the mesoporous silica-ITO electrode before (red dotted) and after (blue solid) the removal of surfactant templates. Scan rate: 50 mV/s.
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(a) Surface height profile of a thin <t>mesoporous</t> silica film on the ITO surface. (b) SEM image of mesoporous silica film on the ITO surface. (c) TEM image of mesoporous silica film (top view) deposited on a carbon-coated TEM grid. Inset: high-magnification top view. (d) CVs of 1 mM Ru(NH3)63+ in 1 M KCl on the bare ITO (black dashed) and the mesoporous silica-ITO electrode before (red dotted) and after (blue solid) the removal of surfactant templates. Scan rate: 50 mV/s.
Local Circularly Polarized Head Transmit And 32 Channel Brain Receive Coil, supplied by Nova Medical Inc, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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(a) Surface height profile of a thin <t>mesoporous</t> silica film on the ITO surface. (b) SEM image of mesoporous silica film on the ITO surface. (c) TEM image of mesoporous silica film (top view) deposited on a carbon-coated TEM grid. Inset: high-magnification top view. (d) CVs of 1 mM Ru(NH3)63+ in 1 M KCl on the bare ITO (black dashed) and the mesoporous silica-ITO electrode before (red dotted) and after (blue solid) the removal of surfactant templates. Scan rate: 50 mV/s.
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(a) Surface height profile of a thin <t>mesoporous</t> silica film on the ITO surface. (b) SEM image of mesoporous silica film on the ITO surface. (c) TEM image of mesoporous silica film (top view) deposited on a carbon-coated TEM grid. Inset: high-magnification top view. (d) CVs of 1 mM Ru(NH3)63+ in 1 M KCl on the bare ITO (black dashed) and the mesoporous silica-ITO electrode before (red dotted) and after (blue solid) the removal of surfactant templates. Scan rate: 50 mV/s.
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ANT Neuro 32-channel eegotm sports mobile eeg system
(a) Surface height profile of a thin <t>mesoporous</t> silica film on the ITO surface. (b) SEM image of mesoporous silica film on the ITO surface. (c) TEM image of mesoporous silica film (top view) deposited on a carbon-coated TEM grid. Inset: high-magnification top view. (d) CVs of 1 mM Ru(NH3)63+ in 1 M KCl on the bare ITO (black dashed) and the mesoporous silica-ITO electrode before (red dotted) and after (blue solid) the removal of surfactant templates. Scan rate: 50 mV/s.
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Image Search Results


(a) Surface height profile of a thin mesoporous silica film on the ITO surface. (b) SEM image of mesoporous silica film on the ITO surface. (c) TEM image of mesoporous silica film (top view) deposited on a carbon-coated TEM grid. Inset: high-magnification top view. (d) CVs of 1 mM Ru(NH3)63+ in 1 M KCl on the bare ITO (black dashed) and the mesoporous silica-ITO electrode before (red dotted) and after (blue solid) the removal of surfactant templates. Scan rate: 50 mV/s.

Journal: Journal of the American Chemical Society

Article Title: Single-Molecule Electrochemistry on a Porous Silica-Coated Electrode

doi: 10.1021/jacs.6b10191

Figure Lengend Snippet: (a) Surface height profile of a thin mesoporous silica film on the ITO surface. (b) SEM image of mesoporous silica film on the ITO surface. (c) TEM image of mesoporous silica film (top view) deposited on a carbon-coated TEM grid. Inset: high-magnification top view. (d) CVs of 1 mM Ru(NH3)63+ in 1 M KCl on the bare ITO (black dashed) and the mesoporous silica-ITO electrode before (red dotted) and after (blue solid) the removal of surfactant templates. Scan rate: 50 mV/s.

Article Snippet: Preparation of the Mesoporous Silica Films A thin layer of mesoporous silica film was electrochemically deposited onto the ITO (SPI Supplies, surface resistivity 15–30 Ω) sputter-coated coverslips by the EASA method, as reported previously.

Techniques:

Distribution of τon of single resorufin molecules on the mesoporous silica coated ITO surface. Red line is a single-exponential decay fit with a time constant of 0.064 ± 0.003 s. Inset: (left) the fluorescence trajectory from one fluorescent spot; (right) histogram of the fluorescence trajectory over a 13 × 13 μm2 area for 40 s.

Journal: Journal of the American Chemical Society

Article Title: Single-Molecule Electrochemistry on a Porous Silica-Coated Electrode

doi: 10.1021/jacs.6b10191

Figure Lengend Snippet: Distribution of τon of single resorufin molecules on the mesoporous silica coated ITO surface. Red line is a single-exponential decay fit with a time constant of 0.064 ± 0.003 s. Inset: (left) the fluorescence trajectory from one fluorescent spot; (right) histogram of the fluorescence trajectory over a 13 × 13 μm2 area for 40 s.

Article Snippet: Preparation of the Mesoporous Silica Films A thin layer of mesoporous silica film was electrochemically deposited onto the ITO (SPI Supplies, surface resistivity 15–30 Ω) sputter-coated coverslips by the EASA method, as reported previously.

Techniques: Fluorescence