<p><b> and </b><b>, respectively (see text).</b> Data obtained by Monte Carlo simulations. <b>a.</b> the dependence of and on confinement strength characterized by . takes on values between and . Other parameter values are: , , , , . <b>b. </b> and as a function of reaction probability , with other parameters fixed at: , , , , . <b>c.</b> density dependence of and . In this case , , , , and the density varies between 0.05 and 2 molecules per compartment. Error bars in all plots are smaller than the data points.</p
<p><i>(A)</i>–<i>(C)</i> Random molecular damage triggering infectious molecular damage at a constan...
Despite the widespread use of porous catalysts and catalyst supports in carrying out heterogeneous r...
We perform Monte Carlo simulations in three-dimensional (3D) lattice in order to study diffusion-con...
<p><b>a.</b> the effect of confinement strength on . varies between and . Other parameter values a...
<p><b>a.</b> the effect of confinement strength on . varies between and . Other parameter values a...
<p><b>a.</b> Total number of reactions involving the tracer molecule as a function of time, obtained...
<p>(<b>A</b> and <b>B</b>): Dependence of and with the tuning parameters for and . (<b>A</b>) wa...
<p>Upper bound (solid) and simulations (dots connected with dashed lines). A: Comparison of expected...
<p>(A–L) Distribution of diffusion coefficients (A–D), confinement times (E–H), and confinement size...
Published data reveal that the rate coefficients of diffusion controlled reactions taking place in c...
Chemical reactions generically require that particles come into contact. In practice, reaction is of...
Diffusion and reaction processes control the dynamics of many different biological systems. For exam...
The confinement of macromolecules within enclosures or "pores" of comparable dimensions results in s...
On the assumption of the initial Gaussian distribution of the inter-radical distances the dependence...
AbstractReaction kinetics in a cell or cell membrane is modeled in terms of the first passage time f...
<p><i>(A)</i>–<i>(C)</i> Random molecular damage triggering infectious molecular damage at a constan...
Despite the widespread use of porous catalysts and catalyst supports in carrying out heterogeneous r...
We perform Monte Carlo simulations in three-dimensional (3D) lattice in order to study diffusion-con...
<p><b>a.</b> the effect of confinement strength on . varies between and . Other parameter values a...
<p><b>a.</b> the effect of confinement strength on . varies between and . Other parameter values a...
<p><b>a.</b> Total number of reactions involving the tracer molecule as a function of time, obtained...
<p>(<b>A</b> and <b>B</b>): Dependence of and with the tuning parameters for and . (<b>A</b>) wa...
<p>Upper bound (solid) and simulations (dots connected with dashed lines). A: Comparison of expected...
<p>(A–L) Distribution of diffusion coefficients (A–D), confinement times (E–H), and confinement size...
Published data reveal that the rate coefficients of diffusion controlled reactions taking place in c...
Chemical reactions generically require that particles come into contact. In practice, reaction is of...
Diffusion and reaction processes control the dynamics of many different biological systems. For exam...
The confinement of macromolecules within enclosures or "pores" of comparable dimensions results in s...
On the assumption of the initial Gaussian distribution of the inter-radical distances the dependence...
AbstractReaction kinetics in a cell or cell membrane is modeled in terms of the first passage time f...
<p><i>(A)</i>–<i>(C)</i> Random molecular damage triggering infectious molecular damage at a constan...
Despite the widespread use of porous catalysts and catalyst supports in carrying out heterogeneous r...
We perform Monte Carlo simulations in three-dimensional (3D) lattice in order to study diffusion-con...