SEARCH Articles Figures Tables Absolute zero and the Kelvin scale Advanced Expression of Biopharmaceuticals in Yeast at Industrial Scale The Insulin Success Story Application of the Scaled Particle Theory Applications of the pure SPP, SA and SB scales Aspects Concerning the Scale-up At the Industrial Scale At the Laboratory Scale Atomic level energy and the scale of electromagnetic waves Atomic-Scale Structure of the Cobalt-Promoted Catalyst Atomistic scale models at the catalyst surface Autoionization of Water and the pH Scale Biocatalytic Approaches for the Large-Scale Production of Asymmetric Synthons Bridging the Length Scales CHOICE OF THE TIME SCALING FACTOR Calibration of the Time Scale Calibration of the wavelength scale Challenges in the Design and Development of Large-Scale Photocatalytic Reactors for Water Purification Choice of the renormalized length scale Combining Scale and Ecological Dynamics The Hierarchical Patch Dynamic Paradigm Comments on the Use of Simulation for Scale-up and Reactor Performance Studies Concentration, the pH Scale, and Indicators Confirmatory tests for anions on the semimicro scale Control in the slow time scale Conversion of Temperatures from the and 1968 Scales to ITS Definition and Properties of the Absolute Potential Scale in Solid Electrochemistry Definition of the BF3 Affinity Scale Definition of the Donor Number Scale Definition of the Scale Dimensional Scaling Factors for the Mass Transfer Rate Processes Dispersion modelling over the outer-scale Dynamic Scaling-The Alaskan Pipeline Economy of Scale and the Six-Tenths Factor Electroanalysis at the micro-and nano-length scale Electrochemical Processes at the Micro and Nano Scale Electrodeposition on the Nanometer Scale In Situ Scanning Tunneling Microscopy Electronegativity the spectroscopic scale Elements of the scaled particle theory Equilibrium constants expressed on the molality and volume concentration scales Estimating Emissions at the Regional Scale Evidence of the Interfacial Parameter Scale Example 3 Scaling up the System Application to Industrial Production Experimental Demonstration of the Novel Process Concept in a Pilot-Scale Set-Up Experimental Establishment of the Absolute Potential Scale Experimental tests of the scaling law predictions Extending Atomistic Time Scale Simulations by Optimization of the Action Extending the Time Scale Path Methodologies Extending the Time Scale in Atomically Detailed Simulations Flow Phenomena on the Micro Scale Geophysical evidence for the scale of mantle convection Good Laboratory Practice (GLP) regulations and their impact on the small-scale processing procedures Governing Equations in the Macro Scale Governing Equations on the Micro Scale Hartree-Fock level in the context of local-scaling transformations Health of the Nation Outcome Scales Hyperbolic Scaling and Hamilton-Jacobi Equation for the Front Position Identification of Group V cations on the semimicro scale Industrial rates and the scale-down problem Information at the Microscopic Scale Laboratory-scale processing of the recycled material Large Scale Orientation - The Need for a Finite Strain Tensor Large-Scale Cl and the Unitary-Group Approach Large-Scale Preparation of the Supported Metallocene Catalysts Large-scale Detection of Genetic Variation The Key to Personalized Medicine Large-scale Production of the M6L4 Complex Large-scale-features of the human gene landscape Linear scaling of the energy Local-scaling transformation of the Manipulation at the Micron Scale Measurement of drying rate in the production scale dryer Mechanisms for the different scaling behaviour Meteorology of the Local Scale Microstructures as a Tool for Production in the Tons per Hour Scale Modeling at the particle scale Molarity and the pH Scale New Approach to the Scale-Up Problem in Tumbling Blenders Normalization on the Energy Scale On more general copolymer models and the Brownian scaling Optimization and Scale-Up of the DERA Reaction Other small-scale fluctuations and their effects on the segmental motion Overcoming the Scale-up Challenges Path Properties The Scaling Limit Pilot Plant Scale Studies for the Liquefaction of PVC Mixed Plastics Practical Considerations in the Scale-Up of Powder-Filled Hard Shell Capsule Formulations Preliminary tests on the semimicro scale Preparation of solution for cation testing on the semimicro scale Problems with Multiple Spatial Scales The Example of Plasticity Process characteristic of the foam centrifuge and its scale-up Quantification of the Concentration Scale Quantification of the Depth Scale Rate-Limiting Phenomena on the Industrial Scale Reactions on the NMR Time Scale Reduction based on the investigation of time-scales Reference Points on the ITS-90 Temperature Scale Referencing the Mass, Energy, and Intensity Scales Scale Conformational Changes in the M, N, and O Intermediates Scale-Up and Monitoring of the Wet Granulation Process Scale-Up in the Field of Granulation and Drying Scale-Up of the Compaction and Tableting Process Scale-Up of the Conventional Fluidized Bed Spray Granulation Process Scale-up of the homogenization process Scale-up, Flow Distribution and Interface to the Macroscopic World Scaled Particle Theory of the Isotropic-Nematic Transition Scales of Bronsted Basicity and Affinity in the Gas Phase Scaling Behavior of the Small Strain Modulus Scaling Laws for the Critical Properties Scaling Parameters for the Number MWD Scaling analysis using the Mason number for ER fluids Scaling and Convergence to the Diffusion Process Scaling and the Dimensionless Parameters for Convective Heat Transfer Scaling and the Renormalization Group Scaling laws and the temperature blob model Scaling laws in the dilute limit Scaling of the Diffusion Equation Scaling of the Reduced Liouville Equation Scaling of the Zero-order Hamiltonian Scaling of the descriptor variables Scaling of the exponents Scaling of the number MWD Scaling of the parameters Scaling the Cell Current Scaling the Data Scaling the von Smoluchowski Rate Law Scaling-Up the Coating Process Schematic representation of the relevant spatial scales in reactive distillation Scheme for the Scale-up of Electrochemical Reactors Selection of the pH scale Self-Ionization of Water and the pH Scale Separation and identification of Group IIB cations on the semimicro scale Separation and identification of Group IIIA cations on the semimicro scale Separation and identification of Group IIIB cations on the semimicro scale Separation and identification of Group IV cations on the semimicro scale Separation of cations into groups on the semimicro scale Shear weak lensing as a probe of the large-scale structure Silicon-based proposals: solution for the scaling Simulation of the Bench-Scale Reactor Simulation of the bench-scale unit Sites on the Coarse-Grained Scale Solvent acidity the SA scale Solvent basicity the SB scale Solvent polarity the SPP scale Some typical operations on the semimicro scale Special tests for mixtures of anions on the semimicro scale Stage V. Process Scale-up The Moment of Truth State of the Art in Theory and Modeling Multiple Scales Surface Tension and the Scaled Particle Approach Synoptic Scale Motion The General Circulation Systematic analysis on the semimicro scale. General considerations Temperatures from the 1948 and 1968 Scales to ITS Tension Investigating the Microemulsion Model and Scaling Testing for anions in solution on the semimicro scale Testing the Entire Process on a Small Scale The 4-Fluorophenol Affinity Scale The 4-Fluorophenol Hydrogen-Bond Basicity Scale The Absolute Scale of Temperature The Application of DuPHOS Rhodium(l) Catalysts for Commercial Scale Asymmetric Hydrogenation The Atomic-Scale Structure of a Ribosome The BF3 Affinity Scale The BF3 Affinity Scale Data The Big Test Going to Plant Scale The Centigrade Scale The Chemical Shift Scale The Computation of MCB and MCA Scales The Corresponding Composition Scales The Delta Scale The Diiodine Affinity Scale The Diiodine Basicity Scale The Distance Scale The Donor Number or SbCls Affinity Scale The Dynamo Number and Scaling Relations The Effect of Scale-up on Mass Transfer The Formation of Scale The Geologic Time Scale The Geologic Time Scale and Gravimetric Analysis The Geophysical Laboratory Temperature Scale The Gordy Electronegativity Scale The Gross Scale Averaged Two-Phase Transport Equations The Ideal Gas Temperature Scale The Importance and Scale of Fixed Bed Catalytic Processes The International Nuclear Event Scale The International Temperature Scale of The Kolmogorov scale The Large-Scale Biocatalytic Synthesis of Enantiopure Cyanohydrins The Limits of Scale The Mulliken Electronegativity Scale The NMR Time Scale The Probability Scale The Py scale of Dong and Winnick The S scale of Drago The Scale of Carbon Sequestration The Scale of Production The Scale-Up Conundrum The Scale-up of Real Batch Reactors The Scaling Theory The Scaling-up Process The Thermodynamic Temperature Scale The Z scale of Kosower The a Scale The acidity scale The basic scaling law The glass transformation on different time scales The hydrogen scale The length scales The optimal scale combination (OSC) method The p Scale The pH Scale The pH Scale A Way to Quantify Acidity and Basicity The pH Scale Is Used to Describe Acidity The pH and pOH Scales The pH scale and acid strength The pOH Scale The problem of scale The scale factor The scale of Swain and Scott The scale of nucleophilicity The scale of operation The scaling functions for purely electromagnetic interactions The scaling limit The scaling relations The subjective weighting results in a numerical scale of RSDI The thermodynamic scaling function The time scales The tt Scale The two modeling scales The use of molality and concentration scales Time Scales of Mixing in the Atmosphere and Oceans Two-stage Large-Scale Plants for the Processing of Bimodal Polyethylene Uncertainty and the Question of Time Scale Water and the pH Scale Wetting Phenomena on the Nanometer Scale What Is the Scaling Analysis What are the best scales of amino acid attributes