transmissivity

USAGE SUMMARY

The phrase "transmissivity" is correct and usable in written English.
It is typically used in scientific or technical contexts, particularly in fields like geology, hydrology, and environmental science, to describe the ability of a material to transmit fluid or energy. Example: "The transmissivity of the aquifer was measured to determine its capacity to supply water to the surrounding areas."

✓ Grammatically correct

Science

Human-verified examples from authoritative sources

Exact Expressions

8 human-written examples

Bayesian epistemologists have attempted to formalise extant explanations of transmissivity and non-transmissivity of justification; they have concentrated on the information-dependence template.

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All Bayesian models for transmissivity and non-transmissivity that we consider here assume that there exists a very close relation between degrees of epistemic justification and degrees of rational belief, so that the latter can faithfully represent the former.

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We have transmissivity of quantitatively strengthening justification only if Pr q) > t.

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In spite of these considerations, a few authors (e.g., Davies 1998, and 2003a, 2004, and 2009, McLaughlin 2000 and Wright 2002, 2003, and 2007) have insisted that we should conceive of epistemic transmissivity in a way that proves very closely related or even identical to the capability of resolving doubt.

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Whereas some of these authors have eventually conceded that epistemic transmissivity cannot be defined as capability of resolving doubt (e.g., Wright 2011), others have attempted to articulate their views in full (see mostly Davies 2003a, 2004 and 2009).

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We have transmissivity of first-time justification only if Pr q) ≤ t.

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Human-verified similar examples from authoritative sources

Similar Expressions

14 human-written examples

Moretti tentatively proposes a new Bayesian formalisation including a condition alternative to M-Fail that appears sufficient for non-transmissivity of both first-time and quantitatively strengthening justification.

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As we have seen in Sect 3.2, the satisfaction of the information-dependence template might turn out to be a sufficent condition for non-transmissivity of both first-time and quantitatively strengthening justification.

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Note that C-Trans can be false for some e, p and q because there are probability distributions that verify its antecedent while falsifying its consequent for any chosen t ∈ [0, 1). Thus C-Trans makes room for non-transmissivity of justification. C-Trans and C-Fail actually capture some feature of Wright's informal framework (cf. Chandler 2010, 338).

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Many epistemologists would claim that an acceptable Bayesian formalisation of this template would illuminate its rational structure and, in some sense, validate the explanation of non-transmissivity resting on it.

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This implies that any subject examining the argument who had a doubt about q would be rationally required to accept a defeater for the justification for p based on e. Hence non-transmissivity as incapability of satisfying (iii+) engendered by reliance on collateral information entails non-transmissivity as incapability of resolving doubt.

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Expert writing Tips

Best practice

When using "transmissivity" in scientific writing, define the units of measurement (m²/s) to ensure clarity and avoid ambiguity. This is especially important when discussing aquifer properties.

Common error

Do not use "transmissivity" interchangeably with permeability. Transmissivity refers to the capacity of an entire aquifer to transmit water, while permeability is a property of the porous medium itself.

Linguistic Context

The primary grammatical function of "transmissivity" is as a noun. It denotes a measurable property, specifically the capacity of a material (often an aquifer) to transmit radiation or water. Ludwig confirms this usage through various scientific examples.

Expression frequency: Uncommon

Frequent in

Science

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Formal & Business

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Ludwig's WRAP-UP

"Transmissivity" is a technical term primarily used in scientific and engineering fields to describe a material's capacity to transmit radiation or water. As Ludwig AI confirms, its usage is grammatically correct and context-specific. The term is most frequently encountered in scientific literature, particularly when discussing aquifer properties. To ensure accurate communication, it's important to differentiate "transmissivity" from related concepts like permeability and to specify the units of measurement (m²/s). While it may not be a common term in everyday conversation, understanding its meaning and appropriate usage is essential for professionals in hydrogeology, environmental science, and related disciplines.

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

transmission capacity

Focuses on the capacity aspect of transmission rather than the material property.

conductive capacity

Similar to transmission capacity, but emphasizes the ability to conduct.

permeability

Refers to the ability of a material to allow fluids to pass through it.

hydraulic conductivity

Specifically refers to the ability of a material to transmit water.

conductance

General term for the ability to conduct or transmit something, not specific to fluids.

transmission rate

Focuses on the speed at which something is transmitted.

flow rate

Describes the volume of fluid that passes through a material per unit of time.

conveyance

A broader term referring to the act of transporting something.

flow coefficient

A numerical value representing the flow capacity of a device or material.

water yield

Refers to the amount of water that can be extracted from an aquifer.

FAQs

How is "transmissivity" measured?

Transmissivity is typically determined through aquifer tests, such as pumping tests or slug tests, where the drawdown of water levels is measured to calculate the aquifer's ability to transmit water. The units are usually expressed as square meters per second (m²/s).

What factors affect the "transmissivity" of an aquifer?

The "transmissivity" of an aquifer is influenced by its permeability and thickness. Higher permeability and greater saturated thickness result in higher transmissivity.

How does "transmissivity" differ from hydraulic conductivity?

Hydraulic conductivity is a measure of how easily water can move through a porous medium, whereas "transmissivity" is the rate at which water is transmitted through a unit width of an aquifer under a unit hydraulic gradient. In simpler terms, "hydraulic conductivity" is a property of the material, while "transmissivity" is a property of the entire aquifer.

In what fields is "transmissivity" commonly used?

"Transmissivity" is primarily used in hydrogeology, environmental science, and civil engineering, particularly in studies related to groundwater flow, aquifer characterization, and water resource management. It helps in assessing the potential of aquifers for water supply.