[RegCNET] RegCNET Digest, Vol 585, Issue 2
Peter Nunekpeku
pnunekpeku5 at gmail.com
Fri Jan 26 17:42:07 CET 2018
Dear Wang,
I think most of what you are looking for could be found in Atmospheric
Chemistry.
If you access to Google kindly search for this 'Wet deposition flux due to
rainout' and click on books.
You may use the same approach on all the other concepts. You can also use
the scholar to read from articles as well.
Hope this is useful.
Regards,
Peter.
On 25 Jan 2018 07:36, <regcnet-request at lists.ictp.it> wrote:
Today's Topics:
1. Re: RegCNET Digest, Vol 584, Issue 3 (wang)
----------------------------------------------------------------------
From: wang <wang_caiyu at 163.com>
Subject: Re: [RegCNET] RegCNET Digest, Vol 584, Issue 3
Dear Peter,
Thank you very much.
Could you please recommend me books about the knowledge？
Look forward for your reply. Thanks a lot.
Regards,
Wang
At 2018-01-19 19:10:25, regcnet-request at lists.ictp.it wrote:
>
>
>Today's Topics:
>
> 1. Re: RegCNET Digest, Vol 584, Issue 1 (Peter Nunekpeku)
>
>
>----------------------------------------------------------------------
>
>From: Peter Nunekpeku <pnunekpeku5 at gmail.com>
>Subject: Re: [RegCNET] RegCNET Digest, Vol 584, Issue 1
>
>Dear Wang,
>
>I certainly understand your challenge. I believe that to better understand
>those variables you need to review your theoretical knowledge.
>
>Easiest way is to refer to books on atmosphere & land concepts.
>
>Hope this information is useful.
>
>Regards,
>
>Peter.
>
>On 17 Jan 2018 10:04, <regcnet-request at lists.ictp.it> wrote:
>
>>
>>
>> Today's Topics:
>>
>> 1. Re: RegCNET Digest, Vol 583, Issue 6 (wangcaiyu)
>>
>>
>> ----------------------------------------------------------------------
>>
>> From: wangcaiyu <wang_caiyu at 163.com>
>> Subject: Re: [RegCNET] RegCNET Digest, Vol 583, Issue 6
>>
>> Dear Peter,
>> Thank you very much for replying me out of your busy schedule.
>> For example, the mixrat variable, it's longname is Atmosphere tracer
>> mixing ratio. But I don''t know clearly it physical meaning. What can I
do
>> for dealing with this problem?
>>
>> Look forward for your reply. Thanks a lot.
>> Regards,
>> Wang
>>
>>
>>
>>
>>
>>
>>
>>
>> At 2018-01-11 19:00:15, regcnet-request at lists.ictp.it wrote:
>> >
>> >
>> >Today's Topics:
>> >
>> > 1. Re: RegCNET Digest, Vol 583, Issue 1 (Peter Nunekpeku)
>> >
>> >
>> >----------------------------------------------------------------------
>> >
>> >From: Peter Nunekpeku <pnunekpeku5 at gmail.com>
>> >Subject: Re: [RegCNET] RegCNET Digest, Vol 583, Issue 1
>> >
>> >Dear Wang,
>> >
>> >Kindly look at the long name to understand what the variables are.
>> >
>> >Hope this helps.
>> >
>> >Regards,
>> >
>> >Peter Nunekpeku.
>> >
>> >On 8 Jan 2018 07:47, <regcnet-request at lists.ictp.it> wrote:
>> >
>> >>
>> >>
>> >> Today's Topics:
>> >>
>> >> 1. RegCM4.5 dust (王彩玉)
>> >>
>> >>
>> >> ----------------------------------------------------------------------
>> >>
>> >> From: 王彩玉 <wang_caiyu at 163.com>
>> >> Subject: [RegCNET] RegCM4.5 dust
>> >>
>> >> Hi
>> >> Happy New Year to you!
>> >> I ran RegCM4.5 with dust model and I got the output files.
>> >> But, I don't understand the variables of CHE files. Could you please
>> send
>> >> me a file that helps me understand the variables?
>> >> The variables are followings:
>> >> float wdrflx ( time, iy, jx )
>> >> long_name :Wet deposition flux due to rainout
>> >> standard_name :wet_deposition_flux_from_rainout
>> >> units :mg m-2 day-1
>> >> coordinates :xlat xlon
>> >> grid_mapping :crs
>> >> cell_methods :time: mean
>> >>
>> >>
>> >> float wdwflx ( time, iy, jx )
>> >> long_name :Wet deposition flux due to washout
>> >> standard_name :wet_deposition_flux_from_washout
>> >> units :mg m-2 day-1
>> >> coordinates :xlat xlon
>> >> grid_mapping :crs
>> >> cell_methods :time: mean
>> >>
>> >>
>> >> float ddflx ( time, iy, jx )
>> >> long_name :Dry deposition flux
>> >> standard_name :dry_deposition_flux
>> >> units :mg m-2 day-1
>> >> coordinates :xlat xlon
>> >> grid_mapping :crs
>> >> cell_methods :time: mean
>> >>
>> >>
>> >> float emflx ( time, iy, jx )
>> >> long_name :Surface emission flux
>> >> standard_name :surface_emission_flux
>> >> units :mg m-2 day-1
>> >> coordinates :xlat xlon
>> >> grid_mapping :crs
>> >> cell_methods :time: mean
>> >>
>> >>
>> >> float ddvel ( time, iy, jx )
>> >> long_name :Dry deposition velocity
>> >> standard_name :dry_deposition_velocity
>> >> units :m s-1
>> >> coordinates :xlat xlon
>> >> grid_mapping :crs
>> >> cell_methods :time: mean
>> >>
>> >>
>> >> float burden ( time, iy, jx )
>> >> long_name :Tracer total burden
>> >> standard_name :tracer_burden
>> >> units :mg m-2
>> >> coordinates :xlat xlon
>> >> grid_mapping :crs
>> >> cell_methods :time: mean
>> >>
>> >>
>> >> float emiten ( time, iy, jx )
>> >> long_name :Tendency of tracer due to emission
>> >> standard_name :tendency_of_mixing_ratio_due_to_emission
>> >> units :kg kg-1 s-1
>> >> coordinates :xlat xlon
>> >> grid_mapping :crs
>> >> cell_methods :time: point
>> >>
>> >>
>> >> float mixrat ( time, kz, iy, jx )
>> >> long_name :Atmosphere tracer mixing ratio
>> >> standard_name :atmosphere_mixing_ratio_of_tracer
>> >> units :1
>> >> coordinates :xlat xlon
>> >> grid_mapping :crs
>> >> cell_methods :time: point
>> >>
>> >>
>> >> float cheten ( time, kz, iy, jx )
>> >> long_name :Tendency of tracer due to chemical reactions
>> >> standard_name :tendency_of_mixing_ratio_due_
>> to_chemical_prod_loss
>> >> units :kg kg-1 s-1
>> >> coordinates :xlat xlon
>> >> grid_mapping :crs
>> >> cell_methods :time: point
>> >>
>> >>
>> >> float advhten ( time, kz, iy, jx )
>> >> long_name :Tendency of tracer due to horizontal advection
>> >> standard_name :tendency_of_mixing_ratio_due_
>> >> to_horizontal_advection
>> >> units :kg kg-1 s-1
>> >> coordinates :xlat xlon
>> >> grid_mapping :crs
>> >> cell_methods :time: point
>> >>
>> >>
>> >> float advvten ( time, kz, iy, jx )
>> >> long_name :Tendency of tracer due to vertical advection
>> >> standard_name :tendency_of_mixing_ratio_due_
>> to_vertical_advection
>> >> units :kg kg-1 s-1
>> >> coordinates :xlat xlon
>> >> grid_mapping :crs
>> >> cell_methods :time: point
>> >>
>> >>
>> >> float difhten ( time, kz, iy, jx )
>> >> long_name :Tendency of tracer due to diffusion
>> >> standard_name :tendency_of_mixing_ratio_due_to_diffusion
>> >> units :kg kg-1 s-1
>> >> coordinates :xlat xlon
>> >> grid_mapping :crs
>> >> cell_methods :time: point
>> >>
>> >>
>> >> float cuten ( time, kz, iy, jx )
>> >> long_name :Tendency of tracer due to convective transport
>> >> standard_name :tendency_of_mixing_ratio_due_
>> >> to_convective_transport
>> >> units :kg kg-1 s-1
>> >> coordinates :xlat xlon
>> >> grid_mapping :crs
>> >> cell_methods :time: point
>> >>
>> >>
>> >> float tuten ( time, kz, iy, jx )
>> >> long_name :Tendency of tracer due to vertical turbolence
>> >> standard_name :tendency_of_mixing_ratio_due_
>> >> to_vertical_turbolence
>> >> units :kg kg-1 s-1
>> >> coordinates :xlat xlon
>> >> grid_mapping :crs
>> >> cell_methods :time: point
>> >>
>> >>
>> >> float raiten ( time, kz, iy, jx )
>> >> long_name :Tendency of tracer due to total rainout
>> >> standard_name :tendency_of_mixing_ratio_due_to_total_rainout
>> >> units :kg kg-1 s-1
>> >> coordinates :xlat xlon
>> >> grid_mapping :crs
>> >> cell_methods :time: point
>> >>
>> >>
>> >> float wasten ( time, kz, iy, jx )
>> >> long_name :Tendency of tracer due to total washout
>> >> standard_name :tendency_of_mixing_ratio_due_to_total_washout
>> >> units :kg kg-1 s-1
>> >> coordinates :xlat xlon
>> >> grid_mapping :crs
>> >> cell_methods :time: point
>> >>
>> >>
>> >> float bdyten ( time, kz, iy, jx )
>> >> long_name :Tendency of tracer due to boundary conditions
>> >> standard_name :tendency_of_mixing_ratio_due_
>> >> to_boundary_conditions
>> >> units :kg kg-1 s-1
>> >> coordinates :xlat xlon
>> >> grid_mapping :crs
>> >> cell_methods :time: point
>> >>
>> >>
>> >> float sedten ( time, kz, iy, jx )
>> >> long_name :Tendency of tracer due to sedimentation
>> >> standard_name :tendency_of_mixing_ratio_due_to_sedimentation
>> >> units :kg kg-1 s-1
>> >> coordinates :xlat xlon
>> >> grid_mapping :crs
>> >> cell_methods :time: point
>> >>
>> >>
>> >> float time ( time )
>> >> long_name :time
>> >> standard_name :time
>> >> units :hours since 1949-12-01 00:00:00 UTC
>> >> calendar :gregorian
>> >> bounds :time_bnds
>> >>
>> >>
>> >> float time_bnds ( time, time_bounds )
>> >> units :hours since 1949-12-01 00:00:00 UTC
>> >> calendar :gregorian
>> >>
>> >>
>> >> character crs ( ncl_scalar )
>> >> proj4_params :+proj=omerc +lat_0=12.00 +alpha=90.0 +lonc=8.00
>> >> +x_0=-30000. +y_0=-30000. +ellps=sphere +a=6371229. +b=6371229.
+units=m
>> >> +no_defs
>> >> grid_mapping_name :rotated_mercator
>> >> latitude_of_projection_origin : 12
>> >> longitude_of_projection_origin : 8
>> >> scale_factor_at_projection_origin : 1
>> >> semi_major_axis :6371229
>> >> inverse_flattening : 0
>> >> false_easting :-30000
>> >> false_northing :-30000
>> >> _CoordinateTransformType :Projection
>> >> _CoordinateAxisTypes :GeoX GeoY
>> >>
>> >>
>> >> Best regards
>> >> Lucy
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