Atmospheric Model

Developer: Richard Loda

Category: Education

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50 installs

1.00 ratings

2.00 monthly active users

Revenue not available

ASO Keyword Dashboard

Tracking 98 keywords for Atmospheric Model in Apple App Store

Developer: Richard Loda Category: education Rating: 5

Atmospheric Model tracks 98 keywords (2 keywords rank; 96 need traction). Key metrics: 100% top-10 coverage, opportunity 70.6, difficulty 39.2, best rank 5.

Tracked keywords

2 ranked • 96 not ranking yet

Top 10 coverage

100%

Best rank 5 • Latest leader —

Avg opportunity

70.6

Top keyword: calculate

Avg difficulty

39.2

Lower scores indicate easier wins

Opportunity leaders

calculate

Opportunity: 73.0 • Difficulty: 41.8 • Rank —

Competitors: 89
68.0
generated

Opportunity: 73.0 • Difficulty: 41.4 • Rank —

Competitors: 80
66.8
model

Opportunity: 73.0 • Difficulty: 40.5 • Rank —

Competitors: 109
65.5
chosen

Opportunity: 73.0 • Difficulty: 40.4 • Rank —

Competitors: 145
64.1
values

Opportunity: 73.0 • Difficulty: 40.0 • Rank —

Competitors: 38
63.9

Unranked opportunities

calculate

Opportunity: 73.0 • Difficulty: 41.8 • Competitors: 89
generated

Opportunity: 73.0 • Difficulty: 41.4 • Competitors: 80
model

Opportunity: 73.0 • Difficulty: 40.5 • Competitors: 109
chosen

Opportunity: 73.0 • Difficulty: 40.4 • Competitors: 145
values

Opportunity: 73.0 • Difficulty: 40.0 • Competitors: 38

High competition keywords

like

Total apps: 153,385 • Major competitors: 3,284

Latest rank: — • Difficulty: 55.4
create

Total apps: 130,850 • Major competitors: 2,321

Latest rank: — • Difficulty: 54.5
using

Total apps: 114,639 • Major competitors: 1,562

Latest rank: — • Difficulty: 53.1
simple

Total apps: 109,534 • Major competitors: 1,459

Latest rank: — • Difficulty: 51.6
see

Total apps: 92,680 • Major competitors: 1,758

Latest rank: — • Difficulty: 54.2

All tracked keywords

Includes opportunity, difficulty, rankings and competitor benchmarks

							Major Competitors
atmospheric	71	100	33	52 1,394 competing apps Median installs: 1,100 Avg rating: 4.1	5	5	24 major competitor apps
atmosphere	72	100	38	60 4,085 competing apps Median installs: 700 Avg rating: 4.1	10	10	72 major competitor apps
change	69	100	48	77 40,802 competing apps Median installs: 600 Avg rating: 4.0	—	—	783 major competitor apps
export	71	100	44	71 19,457 competing apps Median installs: 650 Avg rating: 4.1	—	—	233 major competitor apps
used	69	100	49	78 50,542 competing apps Median installs: 350 Avg rating: 4.0	—	—	503 major competitor apps
file	72	100	45	70 15,827 competing apps Median installs: 550 Avg rating: 4.0	—	—	205 major competitor apps
spreadsheet	70	100	36	49 881 competing apps Median installs: 450 Avg rating: 4.0	—	—	11 major competitor apps
choose	67	100	53	82 89,645 competing apps Median installs: 550 Avg rating: 4.1	—	—	1,775 major competitor apps
using	66	100	53	84 114,639 competing apps Median installs: 450 Avg rating: 4.0	—	—	1,562 major competitor apps
update	71	100	46	72 22,783 competing apps Median installs: 400 Avg rating: 4.0	—	—	362 major competitor apps
test	69	100	48	77 42,097 competing apps Median installs: 550 Avg rating: 4.1	—	—	714 major competitor apps
surface	72	100	38	58 2,957 competing apps Median installs: 450 Avg rating: 4.0	—	—	47 major competitor apps
run	71	100	46	73 24,002 competing apps Median installs: 550 Avg rating: 4.1	—	—	501 major competitor apps
create	66	100	55	85 130,850 competing apps Median installs: 550 Avg rating: 4.1	—	—	2,321 major competitor apps
simple	66	100	52	84 109,534 competing apps Median installs: 450 Avg rating: 4.0	—	—	1,459 major competitor apps
like	66	100	55	86 153,385 competing apps Median installs: 600 Avg rating: 4.1	—	—	3,284 major competitor apps
allows	67	100	50	82 80,154 competing apps Median installs: 350 Avg rating: 4.0	—	—	662 major competitor apps
without	67	100	52	82 79,932 competing apps Median installs: 500 Avg rating: 4.1	—	—	1,429 major competitor apps
see	67	100	54	83 92,680 competing apps Median installs: 500 Avg rating: 4.1	—	—	1,758 major competitor apps
back	70	100	48	76 36,438 competing apps Median installs: 550 Avg rating: 4.2	—	—	710 major competitor apps
planet	72	100	36	57 2,853 competing apps Median installs: 650 Avg rating: 4.1	—	—	52 major competitor apps
calculate	73	100	42	68 12,280 competing apps Median installs: 350 Avg rating: 4.0	—	—	89 major competitor apps
adjustable	72	100	39	62 5,271 competing apps Median installs: 744 Avg rating: 4.0	—	—	67 major competitor apps
two	70	100	46	75 31,403 competing apps Median installs: 450 Avg rating: 4.1	—	—	437 major competitor apps
incoming	72	100	36	58 3,027 competing apps Median installs: 526 Avg rating: 3.9	—	—	46 major competitor apps

App Description

The app uses a simple radiative transfer model for a planet with two leaky* atmospheric layers. It begins by calculating Te, the emission temperature of the planet by using the Solar constant and planetary Albedo. Te is called the Blackbody temperature because it is inferred by fitting a Blackbody curve to the observed outbound LWIR radiation.

You can choose any of the 9 planets in our solar system, or choose one of your own making. The app then uses 5 parameters for the chosen “base” planet: the Albedo (alpha), distance from the sun (r), extinction coefficients of two atmospheric layers (epsilon1, 2), and the solar constant S0 to calculate temperatures and radiative flux densities. One can modify these 5 adjustable parameters from their base values, and update the result. A flux diagram is generated showing the incoming short wavelength (SW), and outgoing long wavelength (LW) radiation. Two model run results can be saved and differences displayed. Also, runs can be saved to a .csv file for E-mail export and spreadsheet analysis.

Calculate the “natural” 33K greenhouse effect (compare Earth with and without an atmosphere), or change the extinction coefficients to see the effect of adding or reducing absorbing gasses. Predict what Mars might be like with an atmosphere, or see what would happen if the characteristics of our sun, albedo or planetary orbit change. This simple model can create hours of fun. The base parameter values for Earth nicely calculate Ts, Te, and T1 (upper troposphere) values, and the model correctly predicts Te’s for all the planets.

INSTRUCTIONS:
Load app, choose a “base” planet, segue with Update.
Click Update to calculate the temperatures and flux densities.
Segue to inspect the flux densities, and/or modify the base parameters to see changes.
Save and compare differences in 2 runs. (C/C0) values are in CO2 equivalents.
Save runs to .csv file for spreadsheet analysis.

USAGE TIPS:
Start with a base planet, but realize this simple 2 layer model cannot accurately predict the surface temperatures of the gas giants or Venus.
Pressing the Back button allows you to refresh your parameter or base planet choices.
Remember a 5 K change in Ts resulted in the Earth’s last Ice Age!
For convenience, the Test planet can be used to create your own set of parameters without entering a planet name.
Increasing the solar constant