SEARCH Articles Figures Tables Absorption of moisture by the sample Adding the sample Ageing time (days) to reach the same degradation level versus sample thickness (mm) Air Dissolved in the Sample Analysis of Polymer Samples in which all Chains Possess the Same Backbone Analysis of the sample Appearance of the samples Are two samples polymorphs of the same compound Boyle s law The volume of a given sample C column the right choice for my sample Calorimeters with Heat Exchange between the Sample and Surroundings Case of the Calorimeter with a Cylindrical Sample Charles s law The volume of a given sample Choosing the Sample to be Analysed Choosing the Variables Needed for Sample-Size Estimation Classification of the samples Comparison of Sampling Procedures in the Field Compressing the Samples Conditioning the Samples Confidence limits of the mean for large samples Confidence limits of the mean for small samples Conformational Sampling and the Global Minimum Problem Controlling the Sample Environment Cooling the Samples Counting of the Sample Deepwater Sampler for Trace Elements (Allowing Air to Mix with the Sample) Description and characterization of the samples Determining the Sample Size Dilute and Shoot or Pre-treat the Sample Dissociation of the sample into atoms or ions Dissolution of the sample Dissolving the Sample Effect of the sampling matrix Effects of separating sample from the living system Environmental Sampling and Analysis to Verify the Completeness of State Declarations Equation of a Conic in the Sample Surface Plane (Coordinate System CS) Establishing the 13C Isotope Content in Natural Samples Estimation of New Points in the Sampling Area-Kriging Excitation of the Sample Experiment 31 The Analysis of Soil Samples for Iron Using Atomic Absorption Experiment 46 The Quantitative Determination of Methyl Paraben in a Prepared Sample by HPLC Experimental Investigation of the Properties Absent in Bulk Samples Final shaping of the sample Finite-Sample Properties of the Least Squares Estimator Flattening the Energy Distribution Multicanonical Sampling and Related Methods Flow through the sampling orifice Fraction of the sample Frequentist Criteria for Evaluating Estimators, the Sampling Distribution General considerations - sample preparation if the latex is film forming Getting the Sample Ready Gradual Chemical Changes Mapping the Chemistry of a Sample Grinding the Sample Heating the Sample How to analyse a sample using the method of standard additions in FAAS Increase the sampling time Influence of the injected sample volume Interaction of Radiation with the Flowing Sample Irradiation of the Sample Kelly Knudson preparing samples in the Laboratory for Archaeological Chemistry Loading sample strontium solution on a filament for measurement in the thermal ionization mass spectrometer (TIMS) Locating the Global Minimum and Conformational Sampling Mechanical processing of the chemically treated samples Methods for Calculating the Entropy from MC and MD Samples Monte Carlo Sampling of the Single-Chain Partition Function and Self-Consistent Brownian Dynamics Monte Carlo sampling from the posterior Mossbauer Analyses of the As-Mined Samples Nature of the sample for glow-discharge sampling Nature of the samples Nebulization of the Sample Number of samples in the calibration set Nutrients in the Sample Orientation of the Samples PROPERTIES OF THE FSF MODEL WITH FAST SAMPLING Patuxent Formation Description of Diabase and Basalt Samples from the Neptune Range Performing a One-Sample Test of the Mean Performing a Two-Sample Test of the Means Performing an N-Sample Test of the Means Permethylated Sample, and Analysis of the Partially Methylated Sugars Permethylation of the Sample Physical State of the Sample Physicochemical properties of the sample Plastics in the French media a small sample Positioning and orienting the sample Positioning of the Samples Preparation and Characterization of the Samples Preparation and handling of the samples Preparation of the Mechano-Activated Silica Samples (MSi) Preparation of the Reactive Silica (RSi) Samples Preparation of the Sample for Irradiation Preparation of the Soil Sample Ready for Ecotoxicity Testing Preparation of the Thermo-Activated Silica (TSi) Samples Preparation of the sample Preparing the Sample Preprocessing the samples Processes Occurring in the Plasma after Introduction of a Sample Properties of the sample Purification of the Sample Purpose of Sampling and the Chemometric Methods Applicable Quantitative evaluation of Elbe river derived organic marker compounds in sediment samples from the German Bight Reactions of the sample Reference Materials Currently Available for the Analysis of Sediment and Particulate Samples Relationship between the dispersion coefficient and injected sample volume Reporting the sample size calculation Rough preparation of the analytical sample Sample Clean-Up Ways to Overcome the Bottleneck in Proteome Analysis Sample Excitation and the Rotating Frame of Reference Sample Handling in the Infrared Sample Introduction to the ESI Chip Sample Length Variable During the Test, Constant Stress Sample Location in the Sorbent Layer Sample Preparation for the Matrix Urine Sample Properties of the Least Squares and Instrumental Variables Estimators Sample introduction and the injection chamber Sample-up-the-ramp Samples for the Interlaboratory Study Sampling distribution of the Sampling for chemical analysis of the Sampling from populations - the SEM Sampling from the Fitting Posterior Distributions Sampling from the slat conveyor of a continuous process plant Sampling in the laboratory Sampling the FID Sampling the Human Placenta Sampling the Transition Path Ensemble Sampling the chemical potential in NVT simulations Sampling the environment Sampling with the ATR Technique Scattering due to the sample as a whole Sediment Samples Used in the Interlaboratory Studies Select the Sample Selecting the Sampling Point Separating the sample Seven Steps of the Samples Life Seven Steps of the Sampling Process Size and Shape of the Sample Solvent for the sample Sources for the collection of groundwater samples Strength of the Sample Structure and Properties of the Crystallized Samples THE FREQUENCY SAMPLING FILTER MODEL Temperature Control of the Sample Testing Sample of Variable mass Using the Ballistic Pendulum (T) The Analytical Sample The Collection of Drainage Samples for Environmental Analyses from Active Stream Channels The Control of Sample Size for Normal Preparative Column Operation The Effect of Sample Volume The Enzyme Sample The Extraction of Liquid Samples The Extraction of Solid Samples The Flowing Sample The Formation of Ions from Sample through Gas Phase Chemical Reactions The Fourier transform infrared (FT-IR) spectrometer and sample preparation The Importance of Sampling for Analyzing Chemistry The Maximum Sample Volume The Metropolis Sampling Scheme The NMR Sample The Need for Refined Monte Carlo Sampling The Netherlands samples The Sample Cell The Sample Compartment The Sample Holder The Sample Measurement The Sample Solution The Sample Tubes The Sample Valve The Sample Vial The Sampling Plan The Sampling Plan, Sample Collection and Preparation The Theory of Chemical Sampling The Voltage Over a Sample The basis of sampling The calibration sampling paradox of process analytical chemistry The need for sample pretreatment The principle of correct sampling The sample molecules The sample volume problem The sampling interface The sampling of single-phase systems The sampling procedure The soil sample The stability of sampled data systems The two-sample t-test Titration of the sample True Nanoferroics with the Properties Absent in Corresponding Bulk Samples Ultrasound-assisted dissolution of the solid phase in heterogeneous samples Umbrella Sampling and the Potential of Mean Force Using the Sampling Tool Variable Sample Mass Test with the MKIII Ballistic Mortar Variation of the sample profile along its travel convective and diffusive phenomena Verification of the Method on Thick Rubber Samples Volume of the sample What factors control the extent of random sampling error Where to Sample the Target Population With halting of the flow between samples kinetic titrations Without halting of the flow between samples