Karimpour2012-StochasticsDebrisFlight.pdf

... there are no general analytic solutions to (2) and (3), Baker showed that after sufﬁcient ﬂight time a steady solution can be found in which the particle will travel horizontally at the mean wind speed and vertically at its terminal velocity. Baker also investigated the role of turbulence and found ...

... there are no general analytic solutions to (2) and (3), Baker showed that after sufﬁcient ﬂight time a steady solution can be found in which the particle will travel horizontally at the mean wind speed and vertically at its terminal velocity. Baker also investigated the role of turbulence and found ...

Elemental ratio measurements of organic compounds using aerosol

... and A-E methods. The A-A calculation uses the default organic fragmentation wave proposed by Aiken et al. (2008) and the A-E method uses a copy of the default organic fragmentation wave in which the entries for m/z 28, 18, 17, and 16 are replaced to use measured ion intensities rather than estimated ...

... and A-E methods. The A-A calculation uses the default organic fragmentation wave proposed by Aiken et al. (2008) and the A-E method uses a copy of the default organic fragmentation wave in which the entries for m/z 28, 18, 17, and 16 are replaced to use measured ion intensities rather than estimated ...

Global distribution of the effective aerosol hygroscopicity parameter

... standard deviation of κmarine are practically identical to the observation-based estimate of Andreae and Rosenfeld (2008). For κcontinental the model-calculated mean value is about 10% lower and the standard deviation is a factor of two higher than the estimate of Andreae and Rosenfeld (2008). Note, ...

... standard deviation of κmarine are practically identical to the observation-based estimate of Andreae and Rosenfeld (2008). For κcontinental the model-calculated mean value is about 10% lower and the standard deviation is a factor of two higher than the estimate of Andreae and Rosenfeld (2008). Note, ...

Data Analysis

... • Doing an experiment making measurements • Measurements not perfect imperfection quantified in resolution or error • Common language to quote errors – Gaussian standard deviation = sqrt(V(x)) – 68% probability that true values is within quoted errors [NB: 68% interpretation relies strictly on G ...

... • Doing an experiment making measurements • Measurements not perfect imperfection quantified in resolution or error • Common language to quote errors – Gaussian standard deviation = sqrt(V(x)) – 68% probability that true values is within quoted errors [NB: 68% interpretation relies strictly on G ...

Improving the quantification of Brownian motion

... The simulation parameters mirror the experimental variables (T ¼ 24:9 ( C; g ¼ 0:892 mPa-s; a ¼ 0:550 lm, track length ¼ 100 frames, data rate ¼ 10 Hz). In Method 1, we simulate a particular number of tracks and find the diffusion coefficient by measuring the variance of the x and y displacement his ...

... The simulation parameters mirror the experimental variables (T ¼ 24:9 ( C; g ¼ 0:892 mPa-s; a ¼ 0:550 lm, track length ¼ 100 frames, data rate ¼ 10 Hz). In Method 1, we simulate a particular number of tracks and find the diffusion coefficient by measuring the variance of the x and y displacement his ...

Page 12 - at www.arxiv.org.

... Bob's, or vice versa. This reciprocity, however, does not hold for a combination of measurements of which one is weak and the other strong. The latter affects the former, never vice versa. Therefore, when a weak measurement precedes a strong one, the only possible direction for the causal effect see ...

... Bob's, or vice versa. This reciprocity, however, does not hold for a combination of measurements of which one is weak and the other strong. The latter affects the former, never vice versa. Therefore, when a weak measurement precedes a strong one, the only possible direction for the causal effect see ...

Normal Distribution

... Particle size analysis is an important step in the pharmaceutical industry because it is needed to characterize certain steps & processes: 1. One of the steps that are needed to be characterized is milling or micronization. - Milling or micronization are needed to enhance the dissolution of hydropho ...

... Particle size analysis is an important step in the pharmaceutical industry because it is needed to characterize certain steps & processes: 1. One of the steps that are needed to be characterized is milling or micronization. - Milling or micronization are needed to enhance the dissolution of hydropho ...

Fast Bayesian inference of optical trap stiffness and particle diffusion

... optical trap is generally modelled by the Ornstein-Uhlenbeck process and can be observed directly in experiment. Here we present Bayesian methods for inferring the parameters of this process, the trap stiffness and the particle diffusion coefficient, that use exact likelihoods and sufficient statist ...

... optical trap is generally modelled by the Ornstein-Uhlenbeck process and can be observed directly in experiment. Here we present Bayesian methods for inferring the parameters of this process, the trap stiffness and the particle diffusion coefficient, that use exact likelihoods and sufficient statist ...

TN156 Understanding and Interpreting Particle Siz

... Less care is taken to denote whether the value is based on volume, surface or number, so either run the risk of assuming volume basis or check to assure the distribution basis. The mode is not as commonly used, but can be descriptive; in particular if there is more than one peak to the distribution, ...

... Less care is taken to denote whether the value is based on volume, surface or number, so either run the risk of assuming volume basis or check to assure the distribution basis. The mode is not as commonly used, but can be descriptive; in particular if there is more than one peak to the distribution, ...

Portfolio Optimization using Particle Swarm Optimization and

... mutation rate is set from 0.5 down to a value 0 .01 and the population size is set equal to50. Result from solving PSO and GA algorithms with the data set with 9 and 50 stocks are tabulated in tables 1, 2, 3 and ...

... mutation rate is set from 0.5 down to a value 0 .01 and the population size is set equal to50. Result from solving PSO and GA algorithms with the data set with 9 and 50 stocks are tabulated in tables 1, 2, 3 and ...

Gan Phys 416 LAB 2

... i) Generate 2 random numbers each between [0,1]. Call one random number x, the other y. ii) Assume that (x,y) represents the coordinates of a point inside a square with sides = 1. Note: the units used to measure the size of the sides of the square are arbitrary. iii) Assume that there is a circle in ...

... i) Generate 2 random numbers each between [0,1]. Call one random number x, the other y. ii) Assume that (x,y) represents the coordinates of a point inside a square with sides = 1. Note: the units used to measure the size of the sides of the square are arbitrary. iii) Assume that there is a circle in ...

Minutes of Nano ChOp Kick-Off Meeting * 2nd / 3rd July

... standard with known QY or absolutely by using an integration sphere setup. For absolute QY measurements no standard is needed. However, QY standards can be used to validate the measurements performed with an integration sphere, e.g. by validating the data assessment procedures. In most laboratories ...

... standard with known QY or absolutely by using an integration sphere setup. For absolute QY measurements no standard is needed. However, QY standards can be used to validate the measurements performed with an integration sphere, e.g. by validating the data assessment procedures. In most laboratories ...

4. ANALYTICAL PROPERTIES III

... laboratory sample must closely resemble the average composition of the total mass of material to be analyzed. The items chosen for analysis are often called as sampling units or sampling increments. In sampling, a sample population is reduced in size to an amount of homogeneous material that can ...

... laboratory sample must closely resemble the average composition of the total mass of material to be analyzed. The items chosen for analysis are often called as sampling units or sampling increments. In sampling, a sample population is reduced in size to an amount of homogeneous material that can ...

Geiger Muller counter - FSU

... uncertainties of these individual measurements are very different from each other, you may want to use a weighted rather than a straight average.) Furthermore, you should also determine the half-life from the slope of the straight line in the plot of the logarithm of the activity versus elapsed time ...

... uncertainties of these individual measurements are very different from each other, you may want to use a weighted rather than a straight average.) Furthermore, you should also determine the half-life from the slope of the straight line in the plot of the logarithm of the activity versus elapsed time ...

Gan Phys 416 LAB 2

... iv) Repeat the above procedure keeping track of the number of (x,y) points generated (= dart tosses) and the number of times the point lies within the circle. v) Once all the points have been generated calculate π. Determine π using runs of 4x102, 103, 4x103, 104, 4x104, 105, 4x105, and 106 points. ...

... iv) Repeat the above procedure keeping track of the number of (x,y) points generated (= dart tosses) and the number of times the point lies within the circle. v) Once all the points have been generated calculate π. Determine π using runs of 4x102, 103, 4x103, 104, 4x104, 105, 4x105, and 106 points. ...

The Centre for Longitudinal Studies Missing Data Strategy

... Non monotone patterns are more likely to be MNAR (Robins & Gill, 1997) ...

... Non monotone patterns are more likely to be MNAR (Robins & Gill, 1997) ...

a derivation of the mean absolute distance in one

... the only possible. The other, intuitively simpler and easier to understand, is mean absolute deviation (MAD). It is a simple average of the absolute deviations, or differences of the set elements from its mean value. Since it is so intuitive, the question arises why it is not used more often? And wh ...

... the only possible. The other, intuitively simpler and easier to understand, is mean absolute deviation (MAD). It is a simple average of the absolute deviations, or differences of the set elements from its mean value. Since it is so intuitive, the question arises why it is not used more often? And wh ...

Exercise 3 Texture of siliciclastic sediments

... not measured, but rather the sediment is washed through a stacked set of sieves in which the sieve mesh is progressively finer from top to bottom. A particle will drop through the mesh of a given sieve only if its intermediate diameter (b axis) is smaller than the mesh opening. Mesh sizes correspond ...

... not measured, but rather the sediment is washed through a stacked set of sieves in which the sieve mesh is progressively finer from top to bottom. A particle will drop through the mesh of a given sieve only if its intermediate diameter (b axis) is smaller than the mesh opening. Mesh sizes correspond ...

Improved Direct Measurement of the Parity

... set to its Standard Model value of 0.67, with an uncertainty commensurate with that of [16]. The value of Abckg is set to zero, with an uncertainty corresponding to the full physical range |Abckg | < 1. The resulting value of Ab extracted from the fit is Ab = 0.907 ± 0.022 (stat). This result is fou ...

... set to its Standard Model value of 0.67, with an uncertainty commensurate with that of [16]. The value of Abckg is set to zero, with an uncertainty corresponding to the full physical range |Abckg | < 1. The resulting value of Ab extracted from the fit is Ab = 0.907 ± 0.022 (stat). This result is fou ...

geiger1

... To see the effect of the resolving time directly, use a very high rate source and view the pulses on the oscilloscope. 5.3 Statistical treatment of counting data The emission of particles by radioactive nuclei is a completely random process. When, under identical conditions, a series of N measuremen ...

... To see the effect of the resolving time directly, use a very high rate source and view the pulses on the oscilloscope. 5.3 Statistical treatment of counting data The emission of particles by radioactive nuclei is a completely random process. When, under identical conditions, a series of N measuremen ...

Experimental determination of size distributions: Analyzing proper

... is considered reliable. However, it is important to point out that this procedure might be not sufficient for characterizing the distribution without a proper definition of confidence intervals. This is especially true when considering that the characterization of a size distribution also involves h ...

... is considered reliable. However, it is important to point out that this procedure might be not sufficient for characterizing the distribution without a proper definition of confidence intervals. This is especially true when considering that the characterization of a size distribution also involves h ...

Geiger Muller counter

... The emission of particles by radioactive nuclei is a random process. If the time over which the decays are observed is small compared to the (mean or half-) lifetime of the radioactive nucleus, the probability for a decay to occur during a given time interval is constant (the same for every time int ...

... The emission of particles by radioactive nuclei is a random process. If the time over which the decays are observed is small compared to the (mean or half-) lifetime of the radioactive nucleus, the probability for a decay to occur during a given time interval is constant (the same for every time int ...

GLMOUT - A SAS Program to Read PROC GLM Output

... When a class level page is recognised some initialising is done and a key variable called CLASSNO is incremented. The data set containing contrasts and means is not altered. The others are all merged into a single data set. First, they are sorted by dependent variable, class page number, (CLASSNO), ...

... When a class level page is recognised some initialising is done and a key variable called CLASSNO is incremented. The data set containing contrasts and means is not altered. The others are all merged into a single data set. First, they are sorted by dependent variable, class page number, (CLASSNO), ...

Interlaboratory Comparison of Analytical Results a

... This is known as Stokes diameter, which is the diameter of a sphere whose characteristic The calculation method used to measure property has the same value as that of the the results of the participant laboratories particle being tested. [1] is indicated in the following flowchart (to each parameter ...

... This is known as Stokes diameter, which is the diameter of a sphere whose characteristic The calculation method used to measure property has the same value as that of the the results of the participant laboratories particle being tested. [1] is indicated in the following flowchart (to each parameter ...