DiffAtOnce · Molecular Diffusion
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DIFFATONCE / VIDEO GUIDES

From the first spectrum to the report, step by step.

Six guided workflows in DiffAtOnce Prime and ResinAtOnce: spectrum, map, local signal, Beatrix, corrections and report. Play at your own pace, with Spanish and English captions and transcripts.

WPF · WINDOWS · ES / EN

One task per video.

Guided sequences of actual WPF-window captures, not continuous mouse recordings. Offline-generated Spanish narration; Spanish and English captions and transcripts. Select CC, pause to follow the steps or download the text. They can be followed without sound, and no external-model calls occur during playback.

DiffAtOnce Prime / USE CASES

Explore, calculate and review.

From the full map to a single-signal attenuation, with contextual help and visible limits.

DiffAtOnce Prime · 01:46

Prime · from project to DOSY map

Review a saved map, its parameters and lateral-projection bands without changing the result.

  1. 00:001 · Identify the context
  2. 00:272 · Inspect the parameters
  3. 00:533 · Explore a band
  4. 01:184 · Restore the view and export
Steps, provenance and transcript
  1. 1 · Identify the context
  2. 2 · Inspect the parameters
  3. 3 · Explore a band
  4. 4 · Restore the view and export

Evidence: Replay of a saved experimental project. No new acquisition or physical experimental validation is performed. Originals preserved. This workflow demonstration is not experimental validation and does not confirm species or absolute molecular masses.

Recording method: Actual WPF control-tree captures; offline Spanish TTS; guided scene video, not continuous screen recording.

TXT transcript ↓VTT captions ↓MP4 ↓

DiffAtOnce Prime · 01:43

Prime · peak attenuation and diffusion

Choose a region, compare monoexponential and ln(I/I₀) fits, and inspect a local distribution.

  1. 00:001 · Fix the region
  2. 00:252 · Calculate D only
  3. 00:503 · Review ln(I/I₀)
  4. 01:144 · Inspect the local distribution
Steps, provenance and transcript
  1. 1 · Fix the region
  2. 2 · Calculate D only
  3. 3 · Review ln(I/I₀)
  4. 4 · Inspect the local distribution

Evidence: Local calculations on a copy of a saved experimental project. No accepted results are added or replaced. Originals preserved. This workflow demonstration is not experimental validation and does not confirm species or absolute molecular masses.

Recording method: Actual WPF control-tree captures; offline Spanish TTS; guided scene video, not continuous screen recording.

TXT transcript ↓VTT captions ↓MP4 ↓

DiffAtOnce Prime · 01:51

Prime · interpret context with Beatrix

Consult calculated facts, documentary suggestions and assistance limits without altering data.

  1. 00:001 · Select the context
  2. 00:262 · Read the facts
  3. 00:523 · Check the sources
  4. 01:224 · Understand the limits
Steps, provenance and transcript
  1. 1 · Select the context
  2. 2 · Read the facts
  3. 3 · Check the sources
  4. 4 · Understand the limits

Evidence: Calculated context and help rules from a saved session. No language-model response or API connection is simulated. Originals preserved. This workflow demonstration is not experimental validation and does not confirm species or absolute molecular masses.

Recording method: Actual WPF control-tree captures; offline Spanish TTS; guided scene video, not continuous screen recording.

TXT transcript ↓VTT captions ↓MP4 ↓

Open the complete guide →

ResinAtOnce / USE CASES

Prepare, correct and document.

A resin- and polymer-oriented workflow, preserving conditions, factors and historical results.

ResinAtOnce · 01:45

ResinAtOnce · prepare a ramp-based project

Organize sample, masses, ramp plan and spectral regions using a labelled synthetic demonstration.

  1. 00:001 · Review sample and masses
  2. 00:282 · Confirm the ramp plan
  3. 00:513 · Inspect the spectrum
  4. 01:164 · Separate regions and roles
Steps, provenance and transcript
  1. 1 · Review sample and masses
  2. 2 · Confirm the ramp plan
  3. 3 · Inspect the spectrum
  4. 4 · Separate regions and roles

Evidence: Synthetic interface fixture: demonstration spectra and masses, not a measured sample or experimental validation. Originals preserved. This workflow demonstration is not experimental validation and does not confirm species or absolute molecular masses.

Recording method: Actual WPF control-tree captures; offline Spanish TTS; guided scene video, not continuous screen recording.

TXT transcript ↓VTT captions ↓MP4 ↓

ResinAtOnce · 01:59

ResinAtOnce · references, temperature and model

Review candidate standards, inversion engine, conditions and explicit per-block corrections.

  1. 00:001 · Confirm the standards
  2. 00:312 · Choose engine and model
  3. 00:583 · Review advanced settings
  4. 01:274 · Document the corrections
Steps, provenance and transcript
  1. 1 · Confirm the standards
  2. 2 · Choose engine and model
  3. 3 · Review advanced settings
  4. 4 · Document the corrections

Evidence: Configuration walkthrough using a synthetic fixture. It neither computes nor validates a new physical calibration. Originals preserved. This workflow demonstration is not experimental validation and does not confirm species or absolute molecular masses.

Recording method: Actual WPF control-tree captures; offline Spanish TTS; guided scene video, not continuous screen recording.

TXT transcript ↓VTT captions ↓MP4 ↓

ResinAtOnce · 01:54

ResinAtOnce · review and communicate results

Read results, attenuations and moments; locate export controls and distinguish bands from species.

  1. 00:001 · Review the summary
  2. 00:262 · Compare curves and moments
  3. 00:543 · Export with provenance
  4. 01:234 · Read the lateral projection
Steps, provenance and transcript
  1. 1 · Review the summary
  2. 2 · Compare curves and moments
  3. 3 · Export with provenance
  4. 4 · Read the lateral projection

Evidence: Summary and curves from an analytical synthetic fixture; the final scene reuses a saved experimental map. Each scene identifies its source. Originals preserved. This workflow demonstration is not experimental validation and does not confirm species or absolute molecular masses.

Recording method: Actual WPF control-tree captures; offline Spanish TTS; guided scene video, not continuous screen recording.

TXT transcript ↓VTT captions ↓MP4 ↓

Open the complete guide →

Workflow guidance, not a scientific guarantee.

Curves and warnings come from application windows. Captions and framing guide usage; they do not add components, hide residuals or change calibrations. Numerical convergence, noise compatibility, identifiability and experimental validation are separate checks. Unknown values remain unknown.

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DIFFATONCE / MOLECULAR DIFFUSION

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