Translation of "Brownsche bewegung" in English

Thermal noise (e.g., Brownian motion) is another limit to sensitivity.

The molecules in a gas have a continuous movement (brownsche movement).

The Prince of Whimsy Saves Poetry in Brownian Motion »

That is certainly what he did in this Brownian motion paper!

His first mathematical work at MIT led him to examine Brownian motion.

Thermal noise (e.g., Brownian motion) is another limit to sensitivity.

Today, we remember this botanist and his discovery by calling the motion he observed "Brownian motion".

At the beginning of the twentieth century, Brownian motion was studied by Einstein, Perrin and other physicists.

The Prince of Whimsy Saves Poetry in Brownian Motion, play free Other games online.

Random influences are characterized by special Gaussian processes, such as the fractal Brownian motion.

In the model the evolution of the stock price can be described by Geometric Brownian Motion::formula_25where formula_26 is a standard Brownian motion with respect to the physical measure.

The class of semimartingales is quite large (including, for example, all continuously differentiable processes, Brownian motion and Poisson processes).

Of critical importance is that the number of particles undergoing Brownian motion in the system is kept very low so that only the diffusive nature of the system is present.

Now, to avoid the cost of re-wiring your ceiling cams, these pressure pads, going under the carpet, will be linked to a Brownian motion program I developed.

Such a relationship is also characteristic of random Brownian motion of molecules, which thus can serve as a model for locomotion in the Placozoa.

Also very diluted corresponding curing agents do not cream up because the Brown's movement is sufficient in order to maintain the micro-droplets in a homogenous distribution.

The property of self-similarity that defines a fractional Brownian motion is not strictly examined either, which is of minor interest for the practical purpose here envisaged.

The tank is to use the cited data to determine all the characteristics of the degree of dispersion due to the geometric conditions of interaction between the radiation and the suspension, taking into account the Brownian movement of the particles.

It is advantageous that the suspension of powder particles uniformly dispersed in a liquid be heated to a temperature of T°K, at which the Brownian motion of the smallest particles having a radius of from 5 ? to 0.01 ? can be neglected and the distance H from the surface of the suspension to the middle of the line h be increased proportionally so that the condition ##EQU39## is maintained.

Making a mockery for the principle of relativity formulated back in 1905, but for clearly less significant work on the photoelectric effect and Brownian motion.

If we were bacteria, constantly buffeted by thermal movements of molecules, it would be different. But we Middle-Worlders are too big to notice Brownian motion.

If you were paying attention, you now know more about atoms than anyone did in 1900, like that they were finally confirmed when Einstein mathematically defined Brownian motion that elements are chemically pure substances, and the type of element an atom is, is defined by how many protons it has in its nucleus or its atomic number, that neutrons stabilize nuclei for their proton friends, that different isotopes of the same element are the reason relative atomic masses are never whole numbers, and you know that nuclei are the uninteresting boring bits of the atom and the electrons are where all the interesting chemically stuff happens.

This can be interpreted as the solid suddenly melting (the fluid is not compressible enough to be a gas, but rather a liquid) and if ever Blackball tries to swim into this liquid, a brownian motion crashes him, so he'd better stay in one of the shelters.

The random motion (Brownian motion) of the particles changes the distance to each other and therefore the spatial superposition (interference) of the individual scattering waves.

In addition, for extremely small particles in the gas does not even need to rely on Brownian motion to increase the impact of the filter to the opportunity, you can be attracted by electrostatic force, which also increases the filter for small particles of filtration capacity.