SEARCH Articles Figures Tables Acidity tuning Active tuned mass damper Active-passive composite tuned mass Active-passive composite tuned mass damper Adaptive tuning Adsorption-tuned copolymers Aggregation tuning Algorithm self-tuning Amplifier tuned Angle tuning Auto tune Auto-tuning Automatic tuning BLT tuning Backbone tuning Band tuning Based Pi-Controller Tuning Biochemistry fine-tuning Biology fine-tuning Broad tuning CONTUN - Controller Tuning Problem Cantilever tune Chain helicity, tuning Chemical tuning Chiral tuning polymer properties with Choice of Tuning Method Chromatographic methods, fine-tuning Closed-Loop Tuning of Controllers Cohen-Coon Tuning Method Cohen-Coon tuning Color tuning Color-tuning mechanism Computer-controlled tuning Conformational tuning Constant cycling tuning methods Continuous Tuning Techniques Continuous tuning Continuous wavelength tuning Contrast fine tuning Control tuning Controlled Wavelength Tuning Controlled Wavelength Tuning of Single-Mode Lasers Controller Tuning Guidelines Controller Tuning and Disturbances Controller tuning Controller tuning definitions Controller tuning for capacity and dead time processes Controller tuning problem Controllers self-tuning Cosmology fine-tuning Cosolvent tuning Defect chemistry, tuning Dielectric tuning Diffusion tune Dipole resonance peak tuning Directed Evolution - Enzyme Tuning Toward Higher Selectivity Discontinuous tuning Doppler tuning Doppler tuning method Drop sample tuning Duplexer tuning Dwell tune Dynamic Field Tuning EVALUATION OF THE NEW TUNING RULES SIMULATION RESULTS Electrochemical Stark tuning Electronic tuning Emission Color Tuning in Polythiophenes Emission color tuning Emission color, fine-tuning Empirical model tuning Energy alignment, tuning Enzymes tuning Excited state tuning Excited state tuning with pressure Feedback controllers tuning Field-tuning mechanism Fine Tune work flow Fine Tuning Existing Systems Fine Tuning the Load Resistors at a Single Frequency Fine tuning Fine tuning liquid levels for the accumulator Fine-Tuning Operator Training Fine-tuning in biochemistry Fixed amplitudes tuned orbitals (FATO) model Flow control tuning Flow controller tuning Frequency Tuning GC/MS tuning General Approach to Tuning Glycoside synthesis, tuning donor Glycoside synthesis, tuning donor reactivity Heat integration controller tuning Heuristic fine-tuning process Hints for tuning the filter parameters in multiscale filtering and compression IMC Tuning Method Increased Detector Sensitivity with TUNE Circuit Injection molding fine tuning Instrument probe tuning Internal Model Control (IMC) Tuning Rules Intonational Tune Prediction Intonational tune Ion Optics and Lenses Instrument Tuning Lambda Tuning Method Laser tuning Level control tuning Lewis acidity tuning Ligand Fine Tuning Ligand tuning Light Modulation and Side Band Tuning Looney Tunes Loop Performance and Tuning Procedures Macropore size, tuning Mass analyzers instrument tuning Mass spectrometer tuning Mass spectrometer tuning, effect Mass tuning Mesoporous pore-tuned Mesoporous silica, fine-tuning functionalization Meta-tuning Metal tuning Metallic nanoparticles surface plasmon resonance tuning Method Fine-Tuning Microwave tuning Mismatch tuning Model predictive control tuning parameters Modern Glycosidation Methods Tuning of Reactivity Molecular Tuning for a High EL Durable OLED Molecular signaling tuning Molecular tuning Momentum tuning Multi-loop controller tuning Multiple tuned mass dampers Oligosaccharide syntheses reactivity tuning Opportunities for Tuning Surface Reactivity Optimal Design and Practical Considerations of Tuned Mass Dampers for Structural Control Output power versus tuning curves P. Sonnet, L. Stauffer and C. Minot FT modeling of Stark-tuning effect CO on polarized Pd PID Controller Tuning PID tuning PID tuning rules Parameter Identification Step 2 Stiffness and Fine-Tuning Parameters Required for Tuning Calculations Particle size control tuning Phosphorescence color tuning Polyfluorenes color tuning Polymer tuning Pre-Tuned Temperature Controllers Pressure broadening tuning Pressure tuning Pressure tuning experiment Pressure tuning of reverse micelles Pressure-tuning photochemistry Pressure-tuning spectroscopy Probe tuning Probe tuning curve Probe, spectrometer tuning Process control scheduling controller tuning Processable polythiophenes, tuning Pseudogap tuning Pulse tuning cycle Quarter Decay Ratio (QDR) Tuning Rules Quarter Decay Ratio Tuning of Control Loops Reactivity tuning Reactivity-Based One-Pot Glycosylation Fine-Tuning of Anomeric Reactivities Reading tuning Receiver tuning Resonance tuning Resonance tuning system Running the Simulation and Tuning Controllers Sample, tuning Selectivity enzyme tuning Selectivity tuning Selectivity-sensitivity tuning Selenophenyl, reactivity tuning Self tuning regulator Self-tuning Self-tuning control Self-tuning temperature controllers Semi-active tuned mass damper Semiconductor laser temperature tuning Semiconductor temperature tuning Sensory tuning Separation parameters, fine-tuning Separation selectivity tuning Side chain tuning Silver electronically tuned Solubility tuning Solvent effect tuning reactivity Space Tune Spectral tuning Spectrometer tuning Stark tuning Stark tuning experiments Stark tuning rate Stark-tuning effect Stark-tuning effect Combined to Volumes 1 and Substrate Tuning Suggested Tuning Method for Integrating Processes Sulfur residence tunes Surface reactivity tuning Teflon-Based Electret Layers for Threshold Voltage Tuning Temperature tuning The Ziegler-Nichols methods for tuning PID controllers Thermodynamic Tuning of Single Phase Hydrides by Substitution on the Metal Site Thioethyl, reactivity tuning Trial-and-Error Tuning of Control Loops Trial-and-error tuning Tune interface Tune solution Tune-domain techniques Tuned Filter Tuned Mass Dampers Tuned amplitudes approximation Tuned conductive coatings Tuned engine Tuned laser Tuned liquid column damper Tuned liquid damper Tuning Based on Penalty Functions Tuning Binding Strength by Varying the Number of Interstrand H Bonds Tuning Methods Based on Known Process Models Tuning Methods When Process Model Is Unknown Tuning Polymer Crystallization for Properties Tuning Procedure When Process Model Is Known Tuning Procedure When Process Model Is Unknown Tuning Rules for PID Controllers Tuning Your Reading Tuning and Matching Tuning and Matching the Probe Tuning conjugation extent Tuning criteria Tuning curve Tuning discrete time controllers Tuning fork Tuning knob Tuning method Tuning method known process models Tuning mode Tuning of PID Controllers Tuning of lasers Tuning of reactivity Tuning of the Controller Parameters Tuning of the excited state Tuning of the instrument Tuning pH Range of Oscillations Tuning probehead Tuning range Tuning rates Tuning reactors Tuning rods Tuning rules Tuning separations Tuning solvents Tuning the Catalytic Activity of Surface Organometallic Species Tuning the Contact Resistance Tuning the Control Loop Tuning the Mass Spectrometer Tuning the controller Tuning the controllers for multi-loop systems Tuning the monochromator Tuning the probe Tuning the spectrometer Tuning, of color Tuning, staggered Tyreus Tuning Tyreus-Luyben tuning Ultimate Gain Tuning of Control Loops Ultimate controller tuning Universe fine-tuning Wavelength calibration tuning Wavelength tuning When to Tune the NMR Probe and Calibrate RF Pulses Work needs, fine-tuning Zeeman tuning Ziegler controller tuning Ziegler-Nichols (Z-N) Open-Loop Tuning Rules of Thumb Ziegler-Nichols Tuning Method Ziegler-Nichols closed-loop tuning method Ziegler-Nichols controller tuning paramete Ziegler-Nichols method controller tuning Ziegler-Nichols tuning