semvec/pypi-packages huggingface dataset:
mixprops 0.4.0
Mixture properties calculator
License: MIT
Requires Python: >=3.8.1

# mixprops

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Mixture properties calculator.

## Installation

### Python

```bash
pip install mixprops --upgrade
```

## Configuration

Using a `settings.yaml` configuration file, you can specify the units system used for computation.

### Available units systems:

- `SI` - International System of Units
- `SIC` - International System of Units with temperature in degrees Celsius (DEFAULT)
- `IS` - Imperial Unit System (currently this only assumes a temperature in degrees Fahrenheit)

You may also overwrite the default Pressure unit of Pascal:

- `Pa` - Pascal
- `kPa` - Kilopascal
- `Mpa` - Megapascal
- `bar` - bar

### Example

```yaml
units: "SI" # International System of Units
pressure_unit: "kPa" # Kilopascal
```

## Properties

- `molecular_weight` - Molecular weight (g/mol)
- `density` - Density (kg/m3)
- `specific_heat_capacity` - Specific heat capacity (J/kg-K)
- `viscosity` - Viscosity (kg/m-s)
- `conductivity` - Thermal conductivity (W/m-K)
- `speed_of_sound` - Speed of sound (m/s)
- `adiabatic_index` - Adiabatic index

## Supported species

For the supported species, see the `.csv` files in the `mixprops/data` directory.

## Examples

```python
from mixprops.mixture import Mixture
from mixprops.state import State

mixture = Mixture(
    species=[("O2", 0.21), ("N2", 0.79)],
    state=State(pressure=101325, temperature=25))

print(mixture.specific_heat_capacity)
# 1011.3387518918726
```

### CLI

Follow instructions from [pipx](https://github.com/pypa/pipx) to install `pipx`.

```bash
pipx install git+https://github.com/oaarnikoivu/mixprops.git
```

```bash
mixprops \
    --units SIC \
    --pressure-unit Pa \
    --state 101325,25 \
    --species O2,N2 \
    --composition 0.21,0.79
```

- `--units` = Units system -> Optional, defaults to `SIC`
- `--pressure-unit` = Pressure unit -> Optional, defaults to `Pa`
- `--state` = Mixture state -> Absolute pressure,temperature
- `--species` = Comma separated list of species by name or species -> O2,N2 or Oxygen,Nitrogen
- `--composition` = Species molar composition as comma separated mole fractions -> 0.21,0.79