Results 1 to 10 of about 992 (96)
Abstract This is the first chapter to explicitly address fluid media. For springs and solids, Hooke’s law, or its generalization using stress, strain, and elastic moduli provided an equation of state. In fluids, we have an equation of state that relates changes in pressure (stresses) to changes in density (strain).
Steven L. Garrett
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Laws and Models in a Theory of Idealization [PDF]
zbMATH Open Web Interface contents unavailable due to conflicting licenses.
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What is the ideal dimension of law?
AbstractVarious authors have claimed that law has an ideal dimension owed to a claim to correctness. Against this thesis, this article argues that there are several ideal dimensions of law, namely, a moral, a legal, and an ontological one. All of them are independent of a claim to correctness.
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Ideal gas law for a quantum particle
The question of how classical thermodynamic laws emerge from the underlying quantum substrate lies at the foundations of physics. Here, we examine the validity of the ideal gas law (IGL) for a single quantum particle confined within a two-dimensional cavity.
Alejandro M. F. Rivas +3 more
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The main theme of the article is ideal dimension of law. Author argue for a dual nature thesis – which contends that law necessarily comprises both a real or factual dimension and an ideal or critical dimension – and demonstrates how the ideal dimension (which refers primarily to moral correctness) implies the truth of non-positivism.
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The Ideals of the Rule of Law [PDF]
Choices that are underdetermined by reason, such as choices arising from incommensurability among values, involve an element of arbitrariness, and arbitrary choices are commonly thought to be inimical to the rule of law. In this article, I suggest that we should distinguish between two different ideals of the rule of law, and that the arbitrariness of ...
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The air density on earth decays as a function of altitude $z$ approximately according to an $\exp(-w\,z/θ)$-law, where $w$ denotes the weight of a nitrogen molecule and $θ=\kB T$ where $k_B$ is a constant and $T$ the thermodynamic temperature. To derive this law one usually invokes the Boltzmann factor, itself derived from statistical considerations ...
Arnaud, Jacques +2 more
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Foundation Rules: Establishing Ideal Concepts in Foundation Laws
Agus Nurudin
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Utilitarianism, Punishment, and Ideal Proportionality in Penal Law: Punishment as an Intrinsic Evil [PDF]
James McHugh
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