The Mining Grinding Technology Website

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#1510
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Activity Status

Stale

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According to the data and stats that were collected, 'The Mining Grinding Technology Website' channel has a mediocre rank. The feed was last updated more than a year ago. The channel mostly uses short articles along with sentence constructions of the intermediate readability level, which is a result indicating a well-crafted news inventory on the channel.

About 'The Mining Grinding Technology Website' Channel

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? Average Article Length

'The Mining Grinding Technology Website' has mostly short articles at the moment, however, they might have a great potential to develop their materials and quality in future.

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long

? Readability Level

'The Mining Grinding Technology Website' contains materials of advanced readability level, which are probably targeted at a smaller group of subscribers savvy on the subject of the channel.

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basic

? Sentiment Analysis

'The Mining Grinding Technology Website' contains more negatively biased articles than positive or neutral ones (e.g. it may include some critical or negatively biased opinions on the subjects addressed on the channel).

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Recent News

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Particle Size Distribution - Representation

[...] This paper describes the methods to represent a particle size distribution. 5 methods are presented: Linear, Linear with X- log scale, Log-Normal, Gaudin-Shuhmann [...]

RRSB calculator modification

[...] The calculator allows now to know the slope of the particle size distribution and the correlation. The formula used is from the simple linear regression. See [...]

Top Size calculator Updated

[...] One must choose the type of mill (ball or rod mill) and the type of grinding media (ball, cylpebs or rod). [...]

Rod and ball mill sizing

[...] This new calculator is dimensioning the rod and ball mills in a two stages circuit. Rod mill(s) product feeding the ball mills. The Bond and Rowland correction factors are used. Enjoy! [...]

Study of the grinding balls distribution inside the mill

[...] The grinding balls distribution inside the mill is presented in three parts: 1. the sampling campaign 2. the analysis of [...]

Other mill power formulas

[...] -known ball mill power formulas. These formulas are used in the mining industry but also in the cement area: 1. the Bond power formula 2. the Hogg and Fuerstenau power formula Calculators are also [...]

RRSB calculator modification

[...] .com/psdrrbmining.html The modification is for both websites: Cement area: http://www.thecementgrindingoffice.com/rrb.html Mining area: http://www. [...]

Lagrange correction method has been updated

A big bug has been eliminated. We apologize for any inconvenience due to this problem. [...]

The Lagrange Correction Method

The calculator is correcting unreliable samples results in order to give a better representativity to plot the Tromp Curve. An explication will follow [...]

Tromp Curve calculator for hydrocyclones

[...] As for the cement website, the calculator has been completely reformulated due to the difficulty to get some parameters. [...]

Mill sizing calculator updated

The second part of the calculator has been modified for 2 or more mills. [...]

Tromp Curve calculator for hydrocyclones

As for the cement website, the calculator has been completely reformulated due to the difficulty to get some parameters. The converter (used to get an [...]

Top Size calculator Updated

One must choose the type of mill (ball or rod mill) and the type of grinding media (ball, cylpebs or rod). [...]

Other mill power formulas

[...] industry but also in the cement area: 1. the Bond power formula 2. the Hogg and Fuerstenau power formula Calculators are also available in the tools page. [...]

?Key Phrases
Particle Size Distribution - Representation

[...] This paper describes the methods to represent a particle size distribution. 5 methods are presented: Linear, Linear with X- log scale, Log-Normal, Gaudin-Shuhmann [...]

RRSB calculator modification

[...] The calculator allows now to know the slope of the particle size distribution and the correlation. The formula used is from the simple linear regression. See [...]

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