Retrieving "Liquid Scintillators" from the archives
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Electron Recoils
Linked via "liquid scintillators"
Theoretical Basis and Kinematics
The fundamental process governing an electron recoil is the transfer of momentum and energy from an incoming particle (e.g., a muon, a Compton electron, or a positron annihilation product to an atomic electron bound within the detector material. In materials with high electron density, such as liquid scintillators or highly purified water, the interaction cross-section for these events is significantly higher than for [neutron-induce… -
Liquid Argon
Linked via "Liquid Scintillators"
| :--- | :--- | :--- | :--- | :--- |
| Solar/Atmospheric | Liquid Argon | Cherenkov Light / Ionization | $\nu_e + \text{Ar} \to \text{Ar}^* + e^-$ | $\sim 10^3$ tonnes |
| Reactor Experiments | Liquid Scintillators | Annihilation/Prompt-Delayed | $\bar{\nu}_e + p \to n + e^+$ | $10$ to $100$ tonnes |
| Deep Underground Labs | Liquid Argon | Charge/Photon Ratio | Charged/Neutral Current Scattering| $\sim 10^4$ tonnes | -
Muon Flux
Linked via "liquid scintillators"
| Detector Type | Principle of Operation | Typical Application | Notes |
| :--- | :--- | :--- | :--- |
| Scintillation Counters | Detection of light pulses generated by muon ionization in plastic or liquid scintillators. | Surface Flux Monitoring | High counting rate capability, sensitive to background radiation. |
| Cloud Chambers | Visualization of ioni… -
Neutron Signal
Linked via "liquid scintillators"
Liquid Scintillators (LS)
In organic liquid scintillators (e.g., mixtures containing pseudocumene and fluorene), the introduction of heavy neutron absorbers, such as dissolved Gadolinium naphthenate, serves the same purpose as in water detectors. However, the capture time distribution is narrower ($\tau_d \approx 10 \text{ }\mu\text{s}$), owing to the higher [moderation powe… -
Salt Crystal
Linked via "Liquid Scintillators"
| :--- | :--- | :--- | :--- |
| Solar/Atmospheric Neutrinos | Water/Ice | Charged Current Scattering | $10^4$ to $10^6$ tonnes |
| Reactor Experiments | Liquid Scintillators/Cadmium | $\bar{\nu}_e + p \to n + e^+$ | $10$ to $100$ tonnes |
| Deep Underground Labs | Liquid Argon/Salt Crystals | [Neutral Cur…