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Identifiability and distinguishability of general reaction systems
S. Vajda
,
H. Rabitz
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:
Contribution to journal
›
Article
›
peer-review
51
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Dive into the research topics of 'Identifiability and distinguishability of general reaction systems'. Together they form a unique fingerprint.
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Keyphrases
Reaction Systems
100%
Distinguishability
100%
Error-free
50%
High-order
25%
First-order
25%
Kinetic Model
25%
Design of Experiments
25%
First-order Reaction
25%
Competing Models
25%
Kinetic Scheme
25%
Noise Measurement
25%
Kinetic Experiments
25%
Rate Equations
25%
Reaction Scheme
25%
Measurement Accuracy
25%
Sampling Rate
25%
Uniqueness Property
25%
Measurement Limitations
25%
Deterministic Analysis
25%
Isothermal System
25%
Arbitrary Order
25%
Indistinguishability
25%
Uniqueness Condition
25%
Unidentifiability
25%
Mass Action
25%
Action Type
25%
High-order Schemes
25%
Unique Reconstruction
25%
Computer Science
Measurement Noise
100%
Kinetic Experiment
100%
Desired Information
100%
Sampling Rate
100%
Action-Type
100%
Arbitrary Order
100%
Mathematics
Identifiability
100%
Reaction System
100%
Necessary Condition
25%
Sampling Rate
25%
Indistinguishability
25%
Uniqueness Condition
25%
Isothermal System
25%
Mass Action
25%
Rate Equation
25%
Experiment Design
25%
Chemical Engineering
Chemical Kinetics Characteristics
100%