Very technical physics text to edit and proofread
3379
£80(approx. $99)
- Posted:
- Proposals: 6
- Remote
- #643293
- Archived
Original article and blog writing, researching, process documentation, proofreading and editing. Excellent coffee making too.
Lancaster
Blogger/Editor/Creative Writer/Content Writer/Data Entry Operator/Proof Reader/Technical Writer
Karachi
115393612122629165659411679126798810
Description
Experience Level: Intermediate
Num. of words: two files around 3500 words each
Topic: Physics
Tone: Formal/Professional
Extensive research needed: no
Extra notes: I am looking for a native speaker of english to edit/proofread a technical physics/geology text.
The person must fully understand the text, so needs to be a specialist, rather than some very good at english.
The job would need to be completed by the 31st and for around 80 GBP. Please let me know if you are interested. It needs to be edited by a specialist rather than a general proofreader as it is important the text is understood by whoever corrects it.
I have pasted a sample text below:
On the other hand Fig. 7. exhibits the Cross plot PorPozBter vs Dpor, where real logging data from one of Miocene Carpathian Foredeep borehole are distributed on ama (SigAm) grid – noticeable differentiation of lithology types is obvious. The direct determination of ama while using these diagrams could be not convenient nevertheless.
Then, it needs to be transformed into a different kind of dependency, where ama is a function for both the difference of neutron porosity DPor caused by ama and neutron porosity PorPozBter. It must be emphasised that in the typical practice of correction charts creation, the DPor value is understood as a correction necessary for transformation of the apparent neutron porosity measured by the thermal detector into the true porosity free of the ama influence.
The most commonly used neutron well logging tools are fitted with a chemical source of Am-Be and two thermal neutron detectors, placed at two distances from the source. This kind of tools are calibrated as indicator of the hydrogen content (called as neutron porosity), while the additional elements filling the neutron penetration space are treated as disturbing factors, usually processed in the correction procedures.
Topic: Physics
Tone: Formal/Professional
Extensive research needed: no
Extra notes: I am looking for a native speaker of english to edit/proofread a technical physics/geology text.
The person must fully understand the text, so needs to be a specialist, rather than some very good at english.
The job would need to be completed by the 31st and for around 80 GBP. Please let me know if you are interested. It needs to be edited by a specialist rather than a general proofreader as it is important the text is understood by whoever corrects it.
I have pasted a sample text below:
On the other hand Fig. 7. exhibits the Cross plot PorPozBter vs Dpor, where real logging data from one of Miocene Carpathian Foredeep borehole are distributed on ama (SigAm) grid – noticeable differentiation of lithology types is obvious. The direct determination of ama while using these diagrams could be not convenient nevertheless.
Then, it needs to be transformed into a different kind of dependency, where ama is a function for both the difference of neutron porosity DPor caused by ama and neutron porosity PorPozBter. It must be emphasised that in the typical practice of correction charts creation, the DPor value is understood as a correction necessary for transformation of the apparent neutron porosity measured by the thermal detector into the true porosity free of the ama influence.
The most commonly used neutron well logging tools are fitted with a chemical source of Am-Be and two thermal neutron detectors, placed at two distances from the source. This kind of tools are calibrated as indicator of the hydrogen content (called as neutron porosity), while the additional elements filling the neutron penetration space are treated as disturbing factors, usually processed in the correction procedures.
MD O.
100% (114)Projects Completed
57
Freelancers worked with
42
Projects awarded
32%
Last project
18 Nov 2016
United Kingdom
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