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Analisi XRF in situ su una statua in marmo.
In situXRF analysis on a marble statue.
[Laboratorio di Analisi Non Distruttive e Archeometria - LANDA]

Femtosecond source available in the Department (Ultrafast Photonics Lab).

Analisi XRF in situ su un dipinto murale.
In situXRF analysis on a mural painting.
[Laboratorio di Analisi Non Distruttive e Archeometria - LANDA]

Prototipo di una struttura accelerante a 6GHz sul banco di caratterizzazione per le misure di sintonia.
Prototype of a 6GHz accelerating structure in the bead-pull measurement test-bench for tuning.

 

Dipartimento S.B.A.I. Biblioteca - Sala Periodici.

Dipartimento S.B.A.I. Biblioteca - Sala Lettura.

Simulazione 3D Particle in Cell per uno schema di Plasma Wakefield Acceleration.
3D Particle in Cell simulation for a Plasma Wakefield Acceleration scenario.

Patient 3D reconstruction based on high-resolution Computed Tomography scans: cut-out showing the location (in red) of the tumoral mass.
Three-slice projections of the dose map delivered to the patient.

Instabilità idrodinamiche in regime non-lineare.
Hydrodynamic instabilities in non-linear regime.
[ref. A.Schiavi and GAPS group]

Fascio di protoni per adroterapia.
Proton beam for particle therapy.
[ref. A.Schiavi and Fred-TPS group]

Laser a elettroni liberi in regime quantistico (QFEL)
Quantum Free Electron Laser (QFEL)
[ref. A.Schiavi]

Two stream instability.

 

Diluted solutions of new oligothiophene derivatives exposed to ultraviolet light at 254 nm (left) and 365 nm (right).

 

Dipartimento S.B.A.I - Laboratorio didattico di Fisica (panoramica)

Heat transfer across a highly conductive Koch type interface.
[M.R.Lancia,M.Cefalo, G.Dell'Acqua]

Dipartimento S.B.A.I. - Laboratorio Didattico di Fisica

Schema del rivelatore per Terapia con Particelle Dose Profiler.
Schema of the Particle Therapy detector Dose Profile.
[Laboratorio SBAM]

Schema del rivelatore tracciante per neutroni MONDO.
Schema of the neutron tracker device MONDO.
[Laboratorio SBAM]

Dispositivo per la caratterizzazione di fluidi biologici tramite ultrasuoni.
Ultrasonic system for pulse-echo measurements in biological fluids.
[Laboratorio di Acustica Fisica - Physical Acoustics Lab]

Modi propri di vibrazione di un modello cellulare tensegrale.
Vibrational modes of a cellular tensegrity system.
[Laboratorio di Acustica Fisica - Physical Acoustics Lab]

Multispectral Images of a painting (Laboratorio di Analisi non distruttive e Archeometria LANDA)

Schematic model and SEM images of the nanowires sample (left panels);
SHG signal generated in reflection configuration, the nanowires are oriented as indicated on the top illustrations (right panels).

Welcome to the website of SBAI, the Department of Basic and Applied Sciences for Engineering at Sapienza University of Rome.

SBAI offers a wide variety of research activities and teaching at all levels.

It was created by joining the Department of Mathematical Models and Methods for Applied Sciences (MeMoMat) , the Department of Energy and the Department of Engineering Chemistry Materials Environment (ICMA).

Head of the Department: Prof. Luigi Palumbo