Promoting parent-therapist collaboration in intensive behavioural intervention programs : exploring estrategies to improve teamwork

This qualitative study investigated senior level staff (Senior Therapists), front-line staff (Instructor Therapists), and parent perspectives on parent-therapist collaboration within Intensive Behavioural Intervention settings. Two senior staff interviews, two parent interviews, and a focus group with therapists were conducted to examine how parents and therapists currently interact within IBI settings, parent and therapist expectations of each other, factors that promote and barriers that impede parent-therapist collaboration, and how parent-therapist collaboration might be improved. A constant comparative analysis by question within and across cases revealed five prominent themes of 'Role Definition', 'Perspective-taking/Empathy', 'Trust', 'Open Communication', and 'Consistency'. Additional similarities and differences were discovered between parent and therapist perspectives such as the need for clear parentprofessional boundaries, the importance of maintaining client privacy, and respect. Implications of the findings and suggestions for future research are discussed.

Crystal growth, characterization and point contact spectroscopy on CuxTiSe₂

Various s e t s of single c rys t a l s and poly c rys t a l s of Cux TiSe2 were grown. X- r ay diffraction and ene rgy dispersive spe c t ros copy r e sul t s verified tha t the c rys t a l s were the cor r e c t compos i t ion and c rys t a l s t ruc tur e . Re s i s t ivi ty me a sur ement s and magne t i c sus c ept ibi l i ty me a sur ement s de t e rmined the supe r conduc t ing t r ans i t ion t empe r a tur e s for the c rys t a l s . The c rys t a l s in each growth had various supe r conduc t ing t r ans i t ion t empe r a tur e s . Also, the me a sur ement s indi c a t ed tha t the c rys t a l s were inhomogeneous. Point cont a c t spe c t ros copy expe r iment s were employed on various single c rys t a l s . Inspe c t ion of the da t a indi c a t ed tha t the ma t e r i a l ha s a single ene rgy gap . A progr am was bui l t ut i l i z ing the Levenbe rg-Ma rqua rdt me thod and theory on point cont a c t spe c t ros copy to de t e rmine the supe r conduc t ing ene rgy gap. Plot s of the supe r conduc t ing ene rgy gap a t various t empe r a tur e s were in di s agr e ement wi th wha t was expe c t ed for a convent iona l supe r conduc tor .