The Knowledge About Biomedical Dynamics Based On Double-readability Language(DRL) (V1)

********The Knowledge About Biomedical Dynamics Based On Double-readability Language(DRL) (V1)********
********—-Hanfei Bao(包含飞)********

 

 

********Spaces,TrackSpace,BarrierInSpace ********

%%%BarrierInSpace:(空间屏障)
%%%\AbsoluteBarrierInSpace:(绝对空间屏障)
%%%\RaletiveBarrierInSpace:(相对空间屏障)
%%%\\BonyBarrier:(骨性屏障)
%%%\\TissueBarrier:(组织屏障)
%%%\\BiologicMembraneBarrier:(生物膜屏障)
%%%HomogeneousSpace:A space where the quality of any parts is all the same(匀质空间或同质空间)
%%%HeterogeneousSpace: A space where the quality of its parts may be different(异质空间)
%%%\StructuredSpace:(结构化空间)
%%%\SubstanceMixtureSpace:(物质混合空间, 如溶剂-溶质空间)
%%%\\DissolvantSolvendSpace(溶剂-溶质空间)
%%%\PartitionedSpac:The space where some its parts are separated by the barriers from the surroundings of them(分隔性空间)
%%%\SpaceWithSubstanceGradient:(物质梯度空间)
%%%\TrackSpace:(轨道空间)
%%%\\SubstanceTunnelSpace:(物质通道空间)
%%%\\\BloodVesselSpace:(血管)
%%%\\\LymphVesselSpace:(淋巴管)
%%%\\\TracheaAndBronchus:(气管与支气管)
%%%\\\DigestiveTract:(消化道)
%%%\\\UrinaryTract:(泌尿道)
%%%\\SignalTransmissionPathway:(信号传递通道)
%%%\SubstatialParticleOccupyingSpace:
%%%\\AtomOccupyingSpace:(原子占有空间)
%%%\\MoleculeOccupyingSpace:(分子占有空间)
%%%\\\LargeMoleculeOccupyingSpace:(大分子占有空间)
%%%WhiteBoxRelation:All the factors and their relations in a system are fully clarified(白箱关系,体系的所有的元素和机制全部清楚)
%%%GreyBoxRelation:Not all but parts of the factors and their relations in a system are clarified(灰箱关系,系统的部分元素和机制是清楚)
%%%BlackBoxRelation:All of the factors and their relations in a system are unknown(黑箱关系,系统的所有的元素和机制都未知)

 

********Basic Physical Forces********

 

%%%UniversalSubstance:(泛物质)
%%%UniversalMovement:(泛运动)
%%%OriginalConstitution:The universe is constituted by the universal substance and the universal movement(原始构成)
%%%UniversalHeterogenicity: the heterogenicty every where, the universal movement dertermines the Universal Heterogenicity(泛异质性)
%%%OriginalForceOfTheUniverse: An axiomatic existence is accepted generally. (宇宙原力)
%%%BasicStructuralUnit:
%%%Atom:
%%%Ion:
%%%Molecule:
%%%ChemicalBond:Lasting attraction between the chemical substances
%%%ComplexOfMolecules:
%%%\StrongChemicalBond:
%%%\\MetallicBond:
%%%\\IonicBondBond:
%%%\\CovalentBond:
%%%\WeakChemicalBond:
%%%\\VanDerWaalsForce:(范德华力)
%%%\\Dipole-DipoleInteractionAlsoNamedOrientationForce(取向力,极性分子-极性分子之间的作用力)
%%%\\InductionForce:(诱导力,非极性分子-极性分子之间的作用力)
%%%\\LondonDispersionForce:(色散力或伦敦力,非极性分子-非极性分子之间的作用力)
%%%\\HydrogenBonding:(氢键)
&&:(Dipole-DipoleInteractionAlsoNamedOrientationForce–or–InductionForce–or–LondonDispersionForce)—isPartOf—VanDerWaalsForce:&&
%%%ElectrostaticForce:
%%%OppositelyChargedParticles:
%%%StrengthOfChemicalBond:
%%%ConditionsDrivenUnreversibleProcess:(自发不可逆过程)
%%%SpontaneousUnreversibleProcess:(自发不可逆过程)
%%%SpontaneousReversibleProcess:(自发可逆过程)
%%%ReactionSystem:(反应体系)
%%%SurroundingsOfReactionSystem:(反应体系的环境)
%%%EntropyOfTheUniverse:(焓的改变)
%%%DeltaEntropy:(熵的改变)
%%%GibbsFreeEnergyOfSystem:(系统的吉布斯自由能)
%%%GibbsFreeEnergyOfInitialStateOfSystem:(系统初态的吉布斯自由能)
%%%GibbsFreeEnergyOfFinalStateOfSystem:(系统终态的吉布斯自由能)
%%%DeltaGibbsFreeEnergyOfSystem:the change in free energy of a system(系统的吉布斯自由能的改变)
&&:DeltaGibbsFreeEnergyOfSystem—equals—(EntropyOfTheUniverse—minus—(Tempratue—times—DeltaEntropy)):&&
&&:SpontaneousUnreversibleProcess—increases—EntropyOfTheUniverse:&&
&&:SpontaneousReversibleProcess—keepsUnchangedIn—EntropyOfTheUniverse:&&

 

 

 

 

********References********

********1. khanacademy:Free Energy,********
********https://www.khanacademy.org/science/biology/energy-and-enzymes/free-energy-tutorial/a/gibbs-free-energy********
********2.https://en.wikipedia.org/wiki/Chemical_bond********
********3.https://en.wikipedia.org/wiki/Van_der_Waals_force********
********4.https://chem.libretexts.org/Core/Physical_and_Theoretical_Chemistry/Physical_Properties_of_Matter/Atomic_and_Molecular_Properties/Intermolecular_Forces/Specific_Interactions/Van_Der_Waals_Interactions********

********Updated 2018-02-14-21-27********

 

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