【Abstract】The meter-second system of units, or m-s system of units, or MS System for short, is a new physical units system put forward by Theory of Completable Space-Time (abbreviated UPHY). This theory was initiated by the author in 2005 and has developed ever since. The UPHY has discovered a kind of physical property universally possessed by all physical quantities — the multi-dimensional space-time structure, and on this basis, the m-s system of units is established. The MS System realizes theoretical definitions to all physical units including those basic quantities and derived quantities in SI based on meter and second. The main contents of the MS System include but are not limited to the definition of constant physical quantity, the reciprocal modulus theorem, the rule of space-time configuration, the rule of space-time value , the theorem of completable physical constants, the physical units equivalence theorem, the default theorem, the MS system's physical units definition system, the periodic table of physical elements. By all of these results, the MS System realizes logical deepening and expansion of SI, that is, completion of the logical foundation of physics. The experimental basis of the MS System is same as that of SI.
【Keywards】Meter-Second System of Units, m-s System of Units, MS System, Multi-dimensional Space-Time Structure (MSTS), Rule of Space-Time Configuration, Rule of Space-Time Value, Physical Units Definitoin System of MS System, Periodic Table of Physical Elements
Table of Contents
Preface
1，Definition of Constant Physical Quantity
1.1 Expression of the Definition
1.2 Reciprocal Modulus Theorem
2，Four Fundamental Values
3，Rule of Space-Time Configuration
3.3 Interpretation to the Rule
3.4 Experimental basis of the Rule
3.5 Dimensitoinal Space and Time
3.6 Examples of STCs
4，Rule of Space-Time Value
4.1 Expression of the Rule
4.2 Inference
4.3 Interpretation to the Rule
4.4 Examples of STV
5，Theorem of Completable Physcial Constant
5.1 Expression of the Theorem
5.2 Space-Time Nature of Completable Physical Constant
5.4 Constant Physical Quantities
5.5 Theoretical Predictioin
6，Physical Units Equivalence Theorem
6.2 Properties of the Theorem
6.3 Calculation Examples
7，Default Theorem
7.1 Expression of the Theorem
7.2 Interpretation to the Theorem
7.3 Verification to the Theorem
8，Multi-dimensional Space-Time Structure (MSTS)
8.1 IExpression of MSTS
8.2 Examples of MSTS
8.3 Dual Physical Nature of MSTSs
8.4 Equivalent Mass
9，Physical Units Definition System
9.1 Semi-theoretical MS System
9.2 Fully-theoretical MS System
9.3 Experimental Basis of MS System
10, Periodic Table of Physical Elements
10.1 Brief to the Table
10.2 Contents of the Table
10.3 Adjacent Relationship of Elements
Postscript
Reference
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