# Technical Document Extraction: Multi-Variable Temperature Dependence Analysis
## Subplot (a): Asymmetry vs Temperature
- **Y-axis**: Asymmetry (0.00–0.20)
- **X-axis**: Temperature (T, K) (0–100)
- **Data Series**:
- **A_T** (Red circles):
- Values: 0.12–0.15 (increasing trend with T)
- Error bars: ±0.01–0.02
- **A_L** (Blue circles):
- Values: 0.07–0.08 (flat across T)
- Error bars: ±0.005
## Subplot (b): Relaxation Rate vs Temperature
- **Y-axis**: Relaxation rate (μs⁻¹) (0–40)
- **X-axis**: Temperature (T, K) (0–100)
- **Data Series**:
- **λ_T** (Red circles):
- Values: 5–30 μs⁻¹ (exponential increase with T)
- Error bars: ±1–3 μs⁻¹
- **λ_L** (Blue circles):
- Values: 0.1–0.5 μs⁻¹ (constant across T)
- Error bars: ±0.05 μs⁻¹
## Subplot (c): Frequency vs Temperature
- **Y-axis**: Frequency (MHz) (80–140)
- **X-axis**: Temperature (T, K) (0–100)
- **Data Series**:
- **γ_μB_ave** (Purple line with markers):
- Values: 120–60 MHz (linear decrease with T)
- Error bars: ±2 MHz
- **γ_μB_dif** (Green circles):
- Values: 78–82 MHz (flat with minor fluctuations)
- Error bars: ±1 MHz
## Subplot (d): Phase vs Temperature
- **Y-axis**: Phase (degrees) (-80–60)
- **X-axis**: Temperature (T, K) (0–100)
- **Data Series**:
- **φ_b** (Purple markers):
- Values: 45°–20° (linear decrease with T)
- Error bars: ±2°
- **φ_c** (Green markers):
- Values: -20°→-60°→-80° (nonlinear decrease with T)
- Error bars: ±3°
## Cross-Referenced Legend Consistency
- **Color Mapping**:
- Red ↔ A_T, λ_T
- Blue ↔ A_L, λ_L
- Purple ↔ γ_μB_ave, φ_b
- Green ↔ γ_μB_dif, φ_c
- **Validation**: All legend labels match corresponding data series colors and trends across subplots.
## Key Observations
1. **Asymmetry**: A_T dominates over A_L, with weak temperature dependence.
2. **Relaxation Dynamics**: λ_T exhibits strong Arrhenius-like behavior, while λ_L remains thermally insensitive.
3. **Frequency Shift**: γ_μB_ave decreases linearly with T, contrasting with γ_μB_dif's stability.
4. **Phase Behavior**: φ_b shows monotonic cooling, whereas φ_c exhibits hysteresis-like behavior at higher T.
